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Fishing Boilie Mixes | eBay
Fishing Boilie Mixes
Mainline Activ-8 Base Mix 1kg - M15002
Mainline Polaris Pop up Mix 250g - M15034
Mainline Cell Base Mix 1kg - M15013
These extras have been used to catch carp to 78lb3oz. This Cocoon Pop Up has been designed with the Chod rig, Hinge Stiff rig or Ronnie Rig in mind, but can be fished as a normal pop up on your own favourite rig (e.g. KD rig of PVA Bag).
Mainline Cell Food Cocoon Pop Ups By Bespoke Baits
Solar Up and Down Mix Groundbait 1kg *All Flavours* New Carp Fishing Bait
Mainline Baits Polaris Pop Up Mix NEW Carp Fishing Pop Up Base Mix 250g
Simply follow the step-by-step mixing instructions on the side of the Polaris tub. We have taken out all the hard work of producing the perfect pop-up, just add eggs your chosen additives, mix, roll and boil then leave to dry and hey-presto, you have a perfect super-buoyant hookbait.
Coconut protein boilie base mix for bait making and rolling.
£6.50 to £58.00
100gms Addarome Squid Powder For Fishing Baits Carp Attractant
Squid Extract Powder. A unique carp attractant powder. 200gms Squid Extract Powder. Squid Extract Powder is an celebrated fish attractor and responsible for many great catches throughout the UK. 1-2 grams dusted over a pint of maggots.
MAINLINE DEDICATED FREEZER BOILIES 1KG CARP FISHING BAIT HYBRID ESSENTIAL CELL
Mainline Baits Boilie Base Mix 1kg *Complete Range* *Cell, Activ8, Hybrid Etc
Mainline Cell Grub Bottom Baits By Bespoke Baits
These extras have been used to catch carp to 78lb3oz. Mcell Grub Bottom Baits. These Baits have been designed to look more natural than a normal round boilie. We fish these Baits on a standard blow back rig using a size 4 Hook.
Mainline Cell Mini Cocoon Pop Ups By Bespoke Baits
These extras have been used to catch carp to 78lb3oz. This Mini Cocoon Pop Up has been designed to be used as you would a small pop up, use as a Zig Bait, Floater or can be fished as a normal pop up on your own favourite rig (e.g. KD rig orin a PVA Bag).
Ringers Coarse Fishing Bait - Meaty Red Method Groundbait Mix (1Kg)
Traper expert boilie mix 1kg
Expert Boilie base Mix is a mix for the production of boilies. High protein content. There is a need to produce 5-7 eggs and mix them with a little oil, lightly rolovala, holding shape.
100gms Pure Liver Powder
This can be used in your mixes, or on your mixes. As when you remove your required boilie's you will find that the liver extract has being dissolved into your boilies. Any angler that has used liver powder in the past will probably agree that it is a very powerful appetite stimulant and fish attractor!
£5.99 to £40.78
Milk Protein Base Mix for Boilie Rolling Bait Making Carp Coarse Fishing
standard fishmeal boilie mix
Black Pop Up Bait Dye Vegetable Sourced No Taste Mainline Sticky Baits
For a number of years we have searched for the Best Black Bait Dye and now we have found it. We have been able to source this paste from the food industry, where it is used in the likes of cake icing (frosting).
Copdock Mill Fishing Bait - Pigeon Conditioner Seed Mix (1Kg) - 4mm
Copdock Mill. Can be used neat or mixed into any groundbait.
VDE-UK Coarse Carp Fishing Bait - Carp Groundbait Dynamic Feeder (1Kg)
Primarily for use in an open ended feeder. The Van Den Eynde ground baits are widely recognized as the finest available. Using original recipes developed by 3 x world match fishing champion marcel van de eynde, they have proven fish catching credentials and contains only the best natural ingredients.
VDE-UK Coarse Carp Fishing Bait - Groundbait Damp Leam Black Riddled (2Kg)
Leem is used to make your groundbait heavier. Sold in 2Kg bags. The Van Den Eynde ground baits are widely recognized as the finest available. Using original recipes developed by 3 x world match fishing champion marcel van de eynde, they have proven fish catching credentials and contains only the best natural ingredients.
Mainline Tru Colour Bait Dye 25g *All Colours* NEW Carp Fishing Powdered Dye
Fishmeal Base Mix 60/40 for Boilie Rolling Bait Making for Coarse Carp Fishing
Session bucket - Carp boilie Selection mix with stainless needle & baiting drill
Floater Session Bucket. 2.5 Litre camo bucket.
Bird Seed Base Mix 60/40 for Boilie Rolling Bait Making Carp / Coarse Fishing
£5.99 to £10.09
Session bucket - Carp boilie Selection mix
MAINLINE POLARIS POP UP MIX - FOR MAKING POP UPS
VDE-UK Coarse Carp Fishing Bait - Bream Groundbait Gold Pro Red (1Kg)
For any venue where there are bream, Gold-Pro will be the perfect base mix. Gold-Pro is rich in those ingredients Marcel knows are proven to attract and hold shoals of feeding bream. The Van Den Eynde ground baits are widely recognized as the finest available.
250gms Pure Garlic Powder For Carp Fishing Boilie Bait Stick Mixes
250gms Pure Garlic Powder. In fact a good all-round attractant for large carp. 100% Pure Garlic Powder. A devastating mix of high-quality, natural product which will attract your fish into your swim, and hold them in a baited area using this product.
Mainline Baits Base Mix
500ml Hot Chilli Spicy Salmon Oil Fused Fishing Bait Attractant
This spicy chilli oil contains 100% pure food grade salmon oil and hot chilli spices. 500ml Spicy Chilli Salmon Oil. We have found, like many others, that using salmon oil for fishing baits yields fantastic results.
Prologic Fluo mixed Highvis Popups Diameter 20mm
THIS IS OUR LAST TUB ALTHOUGH ONLY HAVING 4.8KG RATHER THAN THE 5KG. THIS BASE MIX WAS PREPARED BY TOP SECRET FIELD TESTERS. TOP SECRET FIELD TESTING. WE HAD FOUND THIS WORKED BEST WITH GREEN COLOURING AND MINT.
fishing boilies1.5kg tutti 15mil milk betain 10 pop ups 150mil goo cv bait
VDE-UK Coarse Carp Fishing Bait - Super Black Carp Groundbait (1Kg)
The best groundbait for clear water. The Van Den Eynde ground baits are widely recognized as the finest available. Using original recipes developed by 3 x world match fishing champion marcel van de eynde, they have proven fish catching credentials and contains only the best natural ingredients.
Working closely with their consultants and field testers Mainline know the importance of making a perfect pop-up and in the Polaris Mix they think they offer that. They have taken out all the hard work of producing the perfect pop-up, just add eggs your chosen additives, mix, roll and boil then leave to dry and hey-presto, you have a perfect super-buoyant hookbait. One large egg makes on average 100 14mm pop-ups with no need to microwave or bake, just add eggs, mix, roll and boil to the specified instructions for a buoyant pop-up every time. Simply follow the step-by-step mixing instructions on the side of the Polaris tub.
fishing boilies1.5kg fruit zest 15mil milk betain 10 pop ups 150mil goo cv bait
BAIT TECH TRIPLE N STICK AND BAG MIX 1KG FOR CARP winter carp ??
A quick breakdown of the soluble ingredients attracts carp towards your hookbait. 1KG BAG.
job lot starbaits eazi stick x 4
Starbaits Eazi-Stick PVA bagging mixes have been manufactured with high quality ingredients that will give off feed inducing signals to passing carp. Try adding a bag to your spod mixes or add extra water to make an excellent hook bait paste.
NGT BAIT GRINDER CRUSHER. NGT Boilie Crusher Grinder.
fishing bait 1.5kg tutti 15mil milk betain 10 pop ups 150mil goo cv bait
Fishing Fishmeals
Fishing Pellet Mixes
Fishing Boilie Guns
Boilie MixFilter applied


text:
Find out if your remodeling dreams fit your budget reality.Try the Real Cost Finder 49,357 chandeliers Home Design Photos
Ideabooks2,029	Questions8	What is the source of this chandelier? I live in Texas.I am interested in The chandelier. What are dimensions of this one?any interest in a chandelier at this point the one from me is as affordabletile mediterranean flooring chandelier ceilingWhere did you find the chandelier?...Chandelier
Call for sourcing info....Chandelier is interesting.......The design of the chandelier...Chandelier for livingFrench doors — ebbbs Embed
See My Projects SaveEmail	Battle Associates, Architects	Lake Champlain Vermont
Ideabooks3,049	Questions4	Hello, this is a lovely chandelier! What is the height ofof the bottom of the chandelier from the floor? Thank you!Love this chandelier. Where is it from?...Height of Chandelier from Floor?...love the orb chandelier for vaulted...wood
Like chandelier in great room...great room chandelier...hall chandelier...Chandelier maybeComfy single chirs — bri96 Embed
Ideabooks867	Questions2	please tell me the manufacturer of the chandeliers?!!!Beautiful kitchen!!!! I especially love the chandeliers!! They would look beautiful in my diningChandeliers cabinets. And the bar counterisland countertop. Hate the chandeliers!Ornate kitchen bench and chandeliers...The chandeliers!!!...AND CHANDELIER STYLE...elaborate chandeliers...large chandeliersIdea for kitchen — Rebecca Trembath Embed
Ideabooks4,793	Questions10	Furniture cushions, black accents and that rainbow chandelierto spend time in. The colourful chandelier pulls the look together and is one of Sacha’s own from The Vintage Chandelier Company.to spend time in.”The colourful chandelier pulls the look together and is one of Sacha’s own from The Vintage Chandelier Company.to spend time in.”The colorful chandelier pulls the look together and is one of Berger’s own, from the Vintage Chandelier Company.team them with vintage, colourful and playful accessories. The colourful chandelier and footstool, quirky cushions and clashing patterned armchair in thisLove the chandelier! Where is it from?Love the pink patterned armchair... — alice0715 Embed
Ideabooks1,845	Questions3	Any chance we can find out the brand of chandelier?A handmade version of this chandelier in solid cast brass is available at Lites Plus in Nanuet NY and HiLight in Yonkers NY. For specs and info emailProportion of the chandelier to the space arealike the shape of chandelier - maybe for foyerChandelier placement...Tall Chandelier for Foyer...Gorgeous chandelier!!!!...big chandelierChandelier — Christine Raine Embed
Ideabooks6,647	Questions16	Where did the chandelier come from, I love it!Where is the chandelier from?...like the chandelier...ochre chandelier...Arctic Pear Chandelier from Ochre
......Love the chandelierTable and chairs — draggonmama Embed
Ideabooks3,598	Questions5	would like to add a chandelier. Is there a height/measurement requirement or recommendation between the space of the chandelier and coffee table?Where can I get that amazing chandelier?beautiful chandelier in this room and I also would love to see more at HOUZZ thank you for the web site!!!!Hello,
If you like that style chandelier, weLiving rooms also love chandeliers, as is obvious in this classic use of a big crystal sparkler …Sherwin Williams SW6106 walls...killim beige... — reddimt Embed
Ideabooks9,582	Questions7	wanted to create a feeling of symmetry in this formal dining area, with a chandelier suspended centrally from the custom coffered ceiling, framed by matchingThis chandelier is from Global Views - fluted pendant in chrome.I love the coffered ceiling and chandelier, and glasswareresulting in a fresh but traditional look. Table: Kravet Turned CollectionChandelier: Global Views Fluted PendantBuilt in mirror — Megan Smith Embed
2	Oh WOW - I absolutely love these pendant chandelier(s)!	Could you tell me where I may purchase these? Or... are they vintage? Thank you!!

type: global

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text:
javascript - jQuery: Create reusable function with variable on click - Stack Overflow
1 What is the correct way to make the following code reusable (so that I don't have to have so many versions of the same function each time that I want to hide/show a set of DIVs):
$('#hideInstructionsOverview').click(function() {
$('#instructionsOverview').fadeOut(400, function () {
$('#instructionsDetail').fadeIn(400);
$('#hideInstructionsDetail').click(function() {
$('#instructionsDetail').fadeOut(400, function () {
$('#instructionsOverview').fadeIn(400);
$('#hideGroupOverview').click(function() {
$('#groupOverview').fadeOut(400, function () {
$('#groupDetail').fadeIn(400);
$('#hideGroupDetail').click(function() {
$('#groupDetail').fadeOut(400, function () {
$('#groupOverview').fadeIn(400);
The above code is used in the same way to hide "instructions" and "group" divs (and about 7 other divs in the same manner). The similar way that each is called is with this code:

I'm thinking that there's a way that I can create a function that accepts variables, and that I pass three variables on click: (1) what image id was clicked (I think that $this is probably used), (2) what div to fadeOut and (3) what div to fadeIn. I can't seem to get the variable creation and passing correct, but I imagine that the final, reusable function would look something like this:
// divToggler
$('$this').click(function() {
$('#divToFadeOut').fadeOut(400, function () {
$('#divToFadeIn').fadeIn(400);
javascript jquery css jquery-selectors share|improve this question asked Jul 11 '12 at 20:15
Could you please post some of your example html in regards to the divs?
Ideally you would tackle this hierarchically rather than relying on lots of IDs. This is not always possible, and since you didn't post your HTML structure, I'll just answer the question at hand. Note, this utilises ECMA 5's Object.keys() method. It would need modifying for use in IE <= 8.
hideInstructionsOverview: {out: 'instructionsOverview', in: 'instructionsDetail'},
hideInstructionsDetail: {out: 'instructionsDetail', in: 'instructionsOverview'}
$('#'+Object.keys(map).join(', #')).on('click', function() {
var thisMapEntry = map[$(this).attr('id')];
$('#'+thisMapEntry.out).fadeOut(400, function () {
$('#'+thisMapEntry.in).fadeIn(400);
It could be made shorter still with some assumptions about naming conventions (which appear sound, from what you posted) but I won't risk that one.
11.8k21132
A thing of beauty... thank you so much, it works swimmingly.
Try this (working example):
function elementsToggler(elements)
$("#hide"+capitaliseFirstLetter(elements[i])).bind("click", { i: i }, function(e)
$("#"+elements[e.data.i]).fadeOut(400, function()
$("#"+elements[e.data.i === 0 ? 1 : 0]).fadeIn(400);
elementsToggler(["instructionsOverview", "instructionsDetail"]);
elementsToggler(["groupOverview", "groupDetail"]);
function _setupClick(starterName, finalName){
var initializer = $('#hide' + starterName.charAt(0).toUpperCase() + starterName.slice(1));
var overview = $('#' + starterName);
var detail = $('#' + finalName);
initializer.click(function(){
overview.fadeOut(400, function () {
detail.fadeIn(400);
function setupClick(name){
_setupClick(name + 'Overview', name.toLowerCase() + 'Detail');
_setupClick(name + 'Detail', name.toLowerCase() + 'Overview');
setupClick('instructions');
setupClick('group');
answered Jul 11 '12 at 20:38
2,9781617
You can try putting the div id you want to fade in as an attribute of the element that you are clicking on, for example using your current setup
link here
$('.clickClass').click(function() {
var showThis = $(this).attr('rel');
$( '#' + $(this).attr('id').replace('hide', '') ).fadeOut(400, function() {
$( showThis ).fadeIn(400);
You can apply this kind of setup easily with different naming convention as well. If you had different div ID that did not match up that nicely you can always define another attribute to take on values you need. To make it more readable, here I have defined the js line by line instead of the all in one thing
// gets the id attribute of clicked element and replaces the hide string with nothing (removes it). This works only because you have setup your html this way
var hideThis = '#' + $(this).attr('id').replace('hide', '');
// gets the rel which I have set to the id of the showing element
$( hideThis ).fadeOut(400, function() {
I don't have time to make a sample because I am at work but if something doesn't work let me know and it should be an easy fix but I think this structure is the easiest to understand and implement
jquery selector working but it is not affecting the image size

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text:
by poornimaholla
by Mohsin Azam
, Senior Software Developer / Consultant
Paper about Risk Management and its process
Maria Gomez Aguirre | 1Risk ManagementGray (2010, 211) defines Risk as “an uncertain event or condition that, if it occurs, has a positive ornegative effect on project objectives”, where uncertain means something that could happen but weare not sure about it.Dealing with these uncertain events is what is called Risk Management and the Project Manager isthe one responsible for it. Meredith (2010, 205) quoted the PMBOK Guide and define riskmanagement as “the systematic process of identifying, analysing and responding to project risk”.Having a well prepared risk management plan is one of the factor that help a project to endsuccessfully. In every projects life cycle we can find situation where the reality was not even closeof what the plan says, and the project manager must be able to deal with the situation and/ormitigate the consequences where possible.Risk Management processIdentificationThis phase is intended to identify and list the risks (as many as possible) that can be found in aparticular project. A project is such an independent and unique entity there is no literature or pastexperiences (although they always help) that can provide the project manager with a list of “mostcommon” risks (Maylor, 2010, 218-232). Therefore it is necessary to hold some kind ofbrainstorming meeting involving teams members, clients and/or stakeholders to identify potentialrisks.Some of the tools use during these meetings are: • Risk Breakdown Structures (RBSs): this model is based on the Work Breakdown Structure (WBS), used in the planning stage to organized the work to be done in order to success in the project. Following the same structure, a RBS would define all the areas where risks are likely to appear from a general point of view and going down as many levels as necessary increasingly detailing these areas (Hillson, 2002). These approach is more useful and easier to implement when the project has been planned used a WBS, as consulting the latter will help avoiding a risk event to be missed (Gray 2010, 212-234). Jan 2011 2.
Maria Gomez Aguirre | 2 • Risk Profile: this is defined as a list of question to be hand in to the stakeholders that are based in previous experiences and refer to common areas of a project where risk are more likely to appear. These questions came normally from a Risk Management Data Bank, “a permanent record of identified risks, methods used to mitigate them, and the result of all risk management activities” (Meredith 2010, 207).AnalysisIn this stage the Project Manager has to analyse and prioritise the list of risks produced in theprevious stage. Normally a good place to start is by assessing for each risk: • How likely the event to occur • What the impact would be if the event occurs.There are quite a few methods or techniques to do this. Maylor (2010, 223-232) divided them intotwo different approaches:Qualitative ApproachAnalysing every risk in terms of the two elements cited before (likelihood and impact) is the firststep to take. The scale for each of them may vary and be specific for each project, but in generalthese tend to be numeric, going from 1 (very low probability / impact”) to 5 (very high probability /impact) . One way of representing is known as “Risk Severity Matrix” (Fig 1). Normally this matrixis generic for each organization, so the Project Manager only needs to allocate each event in theircorrect cell. Figure 1: Risk Severity Matrix (NASA, 2009) Jan 2011 3.
Maria Gomez Aguirre | 3As an extend of this method we have Failure Mode and Effect Analysis (FMEA), where we need toinclude to the above data a new variable: Detection difficulty, which can be defined as “the abilityto detect a failure associated with each cause” (Meredith, 2010, 208). This new parameter needs tobe scale as the other two. Once we have all the number, we can calculate the Risk Priority Number(RPN) for each event by using the equation: Severity x Likelihood x Difficulty.Quantity ApproachWe are talking here about statistical techniques that help by assessing the projects risk. Thistechniques may be mandatory for some project before they start as some companies or publicorganizations tend to decide if a project is worth to be execute based on the outcomes of thesetechniques. These techniques normally are executed by using simulation software. One of the mostpopular is called PERT (Program Evaluation and Review Technique) and it can be used to asses theoverall risk of the project (Gray 2010, 219).PlanThe third step in the Risk Management Process is to decide what the response would be for eachrisk. These can be classified in 4 groups (Gray 2010, 219-229):MitigateThere are two strategies to mitigate a risk and these are based on the parameters we have used toidentify the risks: • Reduce the probability of the event to occur • Reduce the impact that the event can have in the projectAvoidThis implies removing the task that may cause the event. Obviously this cannot be the solution forall the risks as some of the tasks causing risks are essential for the project.TransferThis means to outsource the activities involve in the risk. The chosen third party will assume theresponsibility of the risk if it occurs so it will not necessary mean that the risk will disappear. Jan 2011 4.
Maria Gomez Aguirre | 4RetainThis involves accepting the loss or gain when the risk occurs. It is although necessary to have acontingency plan to be implemented when the risk falls into this category. This plan should includea detailed list of actions to be taken. Examples of this can be having a list of alternative suppliers orhaving a contingency fund.MonitoringFinally and once the project has started the Project Manager needs to constantly monitor the taskswhere the risks are likely to occur and update the plan with new risks or any modification on theexisting ones. It is useful to have what it is called a Risk Register which normally contains a list ofthe risks with description and the rest of the data that have been collected and calculated in theprevious steps (likelihood, impact, response plan, etc.) (Maylor 2010, 222). Jan 2011 5.
Maria Gomez Aguirre | 5References- Gray, C., 2010. Project management : the managerial process 5th ed., Dubuque Iowa ;London:McGraw-Hill Contemporary Learning; McGraw-Hill [distributor].- Hillson, D., 2002. Use a Risk Breakdown Structure (RBS) to Understand Your Risks. Available at:http://www.risk-doctor.com/pdf-files/rbs1002.pdf [Accessed January 22, 2011].- NPR 8553.1B - NASA Environmental Management System - Chapter3: Planning. Available at:http://nodis3.gsfc.nasa.gov/displayDir.cfm?Internal_ID=N_PR_8553_001B_&page_name=Chapter3 [Accessed January 23, 2011].- Maylor, H., 2010. Project management 4th ed., Harlow England; New York: Financial TimesPrentice Hall.- Meredith, J., 2010. Project management : a managerial approach 7th ed., Hoboken N.J.: Wiley. Jan 2011 Recommended
Business Risk Management FFlee
Business Continuity Management Strategy - How to Build an Effective Foundation ……
New Media Management - Project plan

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text:
- Patriots have new difference-makers
Patriots have new difference-makers
NASHVILLE -- New England Patriots defensive end Chandler Jones was making his first career NFL regular-season start. For Tennessee Titans left tackle Michael Roos, it was career regular-season start No. 113.
In the battle of youth versus experience, score one for the kid. What were you the most impressed by in the Pats' win over the Titans? 60% Defense (especially the rookies) 37% Stevan Ridley (125 yards rushing) 2% Tom Brady (steady as ever) 1% TEs (picked up where they left off) (Total votes: 12,110)
There were many positives for the visiting Patriots in their convincing 34-13 season-opening victory over the Titans at LP Field, but Jones' second-quarter strip sack of quarterback Jake Locker that was returned six yards for a touchdown by fellow rookie Dont'a Hightower topped the charts.
The play changed the game. It also served notice that after years of searching for more difference-makers on defense, Pats coach Bill Belichick might have finally struck gold this year -- not once, but twice. "Obviously, they got their money's worth for a first-round player," Titans center Fernando Velasco said. "I know statistically they struggled on defense last year, they had bad numbers, but they have a great group of guys over there."
Great might be a bit strong, but Velasco's comparison between the 2011 unit that surrendered too many yards (31st in the NFL) despite being stingier with points allowed (15th) and the current defense hits at the heart of arguably the Patriots' biggest question: What is going to make this year's D any better than what we saw last year? Jones and Hightower, whom Belichick thought enough of to aggressively trade up to select (21st and 25th respectfully), are a good place to start. One game into the season and their impact is already being felt.
Even Bill Belichick acknowledged Chandler Jones' strip sack of Jake Locker, which was recovered and returned for a TD by Dont'a Hightower, was huge.
The Patriots led 7-3 when Jones delivered the strip sack on a veteran-like outside rush off the right side, as he expertly used his hands by first striking with his right into the retreating Roos, gaining an angle, before coming over the top with his left arm and brushing off Ross' recovery attempt as he closed quickly on Locker. After Hightower scooped up the loose football and rumbled six yards for a touchdown, the Patriots led 14-3 and never looked back.
Roos, a 2008 All-Pro who grew impressed with Jones in recent days after studying his work in the preseason, looked like the rookie on the play.
"Huge play in the game," Belichick said. "Those seven-point swings, defensive scores, are always enormous plays in the National Football League. When you get bonus points like that it normally tips the scale."
After watching the 6-foot-5, 260-pound Jones on Sunday, one couldn't help but wonder if his presence might tip the scale to the Patriots becoming a more feared defense.
It's been a quick rise for Jones after opening training camp in late July as the second-unit right end behind Rob Ninkovich. But when Ninkovich missed a few days of camp with an oblique injury, Jones got his chance and he's held the spot since, with Ninkovich moved to the left side (replacing Trevor Scott) upon his return. Not exactly Wally Pipp-like, but an indication that this immediate explosion wasn't part of the Patriots' original script.
One part of the script that hasn't changed is that rookies should remain outside of the spotlight, as the team seemed to take extra effort in shielding Jones and Hightower from any added attention after Sunday's win. Initially, Jones declined interview requests after his five-tackle, one-sack effort, saying he preferred to let veterans do the talking. He eventually relented but said little, his answers clipped and void of the infectious personality that teammates say makes him a fun guy to be around. Meanwhile, Hightower, who has been described as an "old soul" by captain Jerod Mayo, walked past reporters without saying a word.
• ESPNBoston.com That type of approach figures to score big points with teammates, who have praised both first-rounders for their humble approach and tireless work ethic. Belichick, in his typically understated way, said, "They have both done a good job for us and if they keep working hard, I think they will have a chance to be good players."
They look pretty good already, Coach. Velasco, the Titans' center, noted Jones' unusual arm length and athleticism that can give opposing tackles trouble. He also highlighted the power of the 6-foot-3, 270-pound Hightower.
"I think he fits their scheme well, especially when they're playing the 4-3, and he's at the [strongside linebacker spot]. He's definitely got some pop," Velasco said of Hightower. "He's definitely strong, stout at the point of attack and does a real good job, especially in the run game."
Run defense and sound fundamental tackling were signature aspects of the Patriots' victory, as the stout unit limited dangerous Chris Johnson to four yards on 11 carries (no, that's not a misprint).
The secondary, on the other hand, was a bit shaky at times although safety Tavon Wilson, the widely scrutinized second-round pick, had an interception early in the second quarter on a tipped long pass in the end zone.
So between Jones, Hightower and Wilson, the Patriots received some immediate return for their significant draft-day investment. It was a difference-making performance, with the Jones strip sack and Hightower recovery for a touchdown the defining play.
"They made their NFL debut, they're going to make 'SportsCenter,' so congratulations to them," defensive lineman Vince Wilfork said.

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text:
Struggling Habs host Panthers | Fox News
Struggling Habs host Panthers
The sliding Montreal Canadiens will try to get their dreadful start to the season turned around when they host the Florida Panthers tonight at the Bell Centre.
The Habs are 1-4-2 on the year and have lost five straight (0-3-2) since their only victory of the season -- a 5-1 rout in Winnipeg on Oct. 9. The last time Montreal lost six in a row was from Feb. 6-17, 2007.
Montreal began a three-game homestand Saturday against Toronto and the Canadiens fell to 0-2-2 as the host after an overtime loss to the rival Maple Leafs. Mikhail Grabovski tied the game late in regulation and won it 1:23 into OT, lifting Toronto to a 5-4 decision in the battle between Northeast Division rivals.
Travis Moen and Andrei Kostitsyn had a goal and an assist apiece for the Canadiens, who have lost five straight game for the first time also dropping five in a row from December 10-17, 2009.
Michael Cammalleri and Josh Gorges also scored, while Carey Price turned aside 22-of-27 shots in defeat. Price, who has started all seven games for Montreal this year, remains stuck on 99 career wins.
"There were a lot of good things tonight," Cammalleri said. "We would've liked to get two points against them." .
Montreal forward Scott Gomez missed Saturday's game with an upper-body injury and is expected to sit out this evening's tilt as well. Gomez has just one assist in six games this season.
Florida ended a two-game slide its last time out, defeating the visiting New York Islanders by a 4-2 score on Saturday. The Panthers had been shut out in their previous two games before hitting the net four times against the Isles.
Prior to Saturday's game, the Panthers sent left wing David Booth, center Steve Reinprecht and a third-round pick in 2013 to the Vancouver Canucks for veteran forwards Mikael Samuelsson and Marco Sturm. The 26-year-old Booth was a second-round draft pick of Florida in 2004 and had spent his entire NHL career with the Panthers.
Samuelsson, 34, played 37 games with Florida during the 2003-04 season. For his career, he has notched 135 goals and 179 assists in 621 games. The 33- year-old Sturm has 239 goals and 482 points in 896 career games.
Samuelsson, who had abdominal surgery last year, sat out a game for Vancouver on Thursday due to "stiffness", but is expected to play tonight, as is Sturm.
Tim Kennedy scored the go-ahead goal four minutes into the third period for Florida on Saturday. Shawn Matthias had a goal and two assists for the Panthers, while Matt Bradley and Kris Versteeg also lit the lamp.
Jose Theodore stopped 8-of-10 shots over the first two periods for Florida before leaving the game with a lower-body cramp. Jacob Markstrom made 18 saves in the third for his first career NHL win.
Theodore's injury is not considered serious and he is expected to be a game- time decision tonight. However, after Markstrom's strong third period on Saturday, Panthers head coach Kevin Dineen could opt to give the 21-year-old the second start of his NHL career.
Florida is 2-2-0 on the road this year and is kicking off a three-game trip tonight. The Panthers will also visit Ottawa and Buffalo during the swing.
The Canadiens beat Florida in three out of four meetings last season and Montreal has taken six of eight and 11 of the last 14 encounters in this series. The Panthers have dropped five of six and eight of their last 12 at the Bell Centre.

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Disney Cars "Draft King" Nylon Rug, Blue - Walmart.com
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This cars rug is great My grandson loved it It is large enough to cover the floor at the end of his corvette bed. Very colorful.
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very nice rug. blue is slightly darker than in the picture but still very nice.
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Good quality. We are using it in a bathroom but it woukd work in any interior room. Making our "Cars thened " bathroom complete
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my son loves his new rug.
my son loves his new Disney cars rug.
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djgriffin, December 14, 2013

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Robert Leslie “Les” Keyes (1915-1965) - Find A Grave Memorial
Photo added by Cassandra Carroll
Robert Leslie “Les” Keyes
Birth 15 Nov 1915 Bedford County, Virginia, USA
Death 12 Jun 1965 Lynchburg, Lynchburg City, Virginia, USA
Memorial ID 84040423
Married: Evelyn Martin
Francis(Boots)
Evelyn Elizabeth Martin Keyes
Created by: Cassandra Carroll
Find A Grave Memorial 84040423
Find A Grave, database and images (https://www.findagrave.com : accessed ), memorial page for Robert Leslie “Les” Keyes (15 Nov 1915–12 Jun 1965), Find A Grave Memorial no. 84040423, citing Virginia Memorial Park, Forest, Bedford County, Virginia, USA ; Maintained by Cassandra Carroll (contributor 47402864) .
Add Photos for Robert Leslie “Les” Keyes
your computer for Robert Leslie “Les” Keyes memorial.
I thought you might like to see a memorial for Robert Leslie “Les” Keyes I found on Findagrave.com.

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Club Variety Show in Ottawa, ON | Groupon
Club Variety Show for Two or Four at the Bronson Centre on May 12 at 2 p.m. (Up to 56% Off) Centretown - Downtown
Variety show benefitting Make a Wish Canada presents musicians Chris McCann & Simon Clarke along with “The Duke of Magic” Luc Leduc
Limit 4 per person. Valid only for option purchased. Redeem on day of show for tickets at Bronson Centre. Must show valid ID matching name on Groupon at Bronson Centre. Must provide first and last name at checkout, which will be provided to Bronson Centre. Refundable only on day of purchase. Discount reflects Club Variety Show's current ticket prices-price may differ on day of the event.
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Live music is a huge improvement on canned music, which takes up valuable pantry space and often spoils into noxious free jazz. Keep it fresh with this GrouponLive deal to see the Club Variety Show at the Bronson Centre on Saturday, May 12, at 2 p.m. Choose between the following options:
For $32, you get two tickets for general-admission seating (a $64.41 value)
For $39, you get four tickets for general-admission seating (an $89.27 value)<p> The Club Variety Show continues its philanthropic efforts to improve local communities with its 88th fundraising event since 1986, beckoning a trio of family-friendly entertainers to Bronson Centre’s stage for a lively performance to benefit Make a Wish Canada and Children at Risk. Passionate songwriter and Ottawa native Chris McCann coddles aural senses as she swings effortlessly between soulful ballads and energetic party tunes, and multi-instrumentalist Simon Clarke alternates between guitar, piano, and saxophone as he recreates classic songs by the Beatles, Creedence Clearwater Revival, and Elton John. The event switches gears when “The Duke of Magic” Luc Leduc dazzles audiences by performing fast-paced illusions choreographed to music and reading Pilgrim’s Progress in its entirety without falling asleep. Ask a Question

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Spingarn High Athlete Charged in Fatal Shooting
NORTHEAST HOMICIDE
A football and basketball standout at Spingarn Senior High School has been charged in the shooting death of a 17-year-old this month in Northeast Washington, D.C. police said.
Gary Durant, 17, of the 2200 block of H Street NE was charged with second-degree murder while armed in the killing of Lovell Harrison, who lived in Arlington County. Police said Durant was arrested Wednesday.
The slaying occurred Jan. 6 in the 2100 block of I Street, in the Carver Terrace area, a neighborhood beset by violence in recent months.
Harrison, of the 4200 block of South Four Mile Run, was shot once about 9 p.m. and died shortly thereafter, police said. His family could not be reached last night.
Durant, a junior, was recently named by the D.C. Interscholastic Athletic Association as first-team defensive back for his performance last football season. He was also the leading scorer this season on the Northeast Washington school's basketball team, which had won four games and lost nine going into last night's game.
Bruce Williams, the school's athletics director, said last night that he didn't know anything about the arrest or the shooting.
The slaying occurred against a backdrop of other neighborhood trouble. About the same time Harrison was shot, a 15-year-old was shot in the leg several blocks away, in the 1100 block of 21st Street, police said.
A week later, in the 1200 block of 18th Street, a contractor working on a home was shot nine times after he asked some youths to stop sitting on his car, police said.
Neighborhood activists recently held a peace march in hopes of quelling the violence.
Staff writers Alan Goldenbach and Allan Lengel contributed to this report.

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text:
Patent US20030169767 - Broadband telecommunications system interface - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign in<nobr>Advanced Patent Search</nobr>PatentsThe invention is a system for interfacing an ISDN or non-ISDN system with a broadband system. The broadband system can be an ATM system. The invention can process the ISDN signaling to select ATM connections and then interwork the ISDN connections with the selected ATM connections. The invention can...http://www.google.com/patents/US20030169767?utm_source=gb-gplus-sharePatent US20030169767 - Broadband telecommunications system interfaceAdvanced Patent SearchPublication numberUS20030169767 A1Publication typeApplicationApplication numberUS 10/389,638Publication dateSep 11, 2003Filing dateMar 14, 2003Priority dateMay 5, 1994Also published asCA2271764A1, CA2271764C, CN1130865C, CN1251711A, EP0935856A1, EP0935856A4, US6430195, US6560241, US20020064178, WO1998023056A1Publication number10389638, 389638, US 2003/0169767 A1, US 2003/169767 A1, US 20030169767 A1, US 20030169767A1, US 2003169767 A1, US 2003169767A1, US-A1-20030169767, US-A1-2003169767, US2003/0169767A1, US2003/169767A1, US20030169767 A1, US20030169767A1, US2003169767 A1, US2003169767A1InventorsJoseph Christie, Michael Gardner, Tracy Nelson, William Wiley, Albert DuReeOriginal AssigneeSprint Communication Company, L. P.Export CitationBiBTeX, EndNote, RefManReferenced by (2), Classifications (47) External Links: USPTO, USPTO Assignment, EspacenetBroadband telecommunications system interfaceUS 20030169767 A1Abstract The invention is a system for interfacing an ISDN or non-ISDN system with a broadband system. The broadband system can be an ATM system. The invention can process the ISDN signaling to select ATM connections and then interwork the ISDN connections with the selected ATM connections. The invention can interwork ISDN signaling, and SS7 signaling. The invention can also process SS7 signaling to select ISDN connections and then interwork ATM connections with the selected ISDN connections. The invention can also interwork ISDN systems with non-ISDN systems. Images(20) Claims(30)
DETAILED DESCRIPTION [0038]FIG. 1 depicts the prior art arrangement discussed above for providing access to a telecommunications system. In this arrangement, Customer Premises Equipment (CPE) is typically connected over digital connections to the local switch. The digital signal is a Time Division Multiplexed (TDM) signal that is based on the Extended Superframe (ESF) format. The local switch accepts the TDM/ESF signal and provides the CPE with telecommunications service. All of these components and connections are well known in the art. [0039]FIG. 2 depicts a version of the invention. CPE 210 and 212 are shown connected to broadband system interface 200 over connections 220 and 222 respectively. CPE 210 and 212 provide services to many communications devices at the customer premises. Examples of these devices would include computers, modems, and facsimile machines. Connections 220 and 222 are ISDN connections or are connections based on any format that can be converted to ISDN. A common example would be TDM connections using the ESF format. Note that broadband system interface 200 replaces the local switch of FIG. 1. [0040] Also shown are connection 230 and signaling link 232. Connection 230 is a broadband connection, for example a Synchronous Optical Network (SONET) connection carrying Asynchronous Transfer Mode (ATM) cells. Other broadband connections are also known and equally applicable. Signaling link 232 carries telecommunications signaling such as Signaling System #7 (SS7) messages. Connection 230 and link 232 are connected to a broadband network cloud that represents any number of network elements such as switches, enhanced platforms, and servers to name some examples. [0041] The operation of broadband system 200 includes the conversion of bearer communications and signaling from one format into another. Bearer communications are the user information, for example, voice traffic. Signaling is information used by the network, for example, a called number. In some embodiments the conversion process is described with the term �interworking�. This term is well known to those in the art. For example, ISDN signaling is interworked with SS7 signaling by converting ISDN signaling into analogous SS7 signaling and by converting SS7 signaling into analogous ISDN signaling. ISDN bearer communications are interworked with ATM communications by converting ISDN bearer communications into analogous ATM communications and by converting ATM communications into analogous ISDN bearer communications. [0042] Broadband system interface 200 accepts calls from connections 220 and 222. If the calls are not in the ISDN format, they are converted to ISDN. The ISDN D channel signaling is then converted into SS7 signaling. The ISDN bearer communications are converted into broadband communications. Broadband system interface 200 processes the call signaling and routes the calls. Broadband system interface 200 may route calls to the other CPE connected broadband system interface 200. In addition, broadband interface system 200 may route calls over broadband connection 230 and associated signaling over link 232. Connection 230 and link 232 could connect callers to many other networks and network elements that provide numerous services. [0043] It can be seen that broadband system interface 200 provides CPE with access to a broadband system. In can also be seen that broadband system 200 is capable of accepting calls in the standard formats currently accepted by local switches. [0044]FIG. 3 depicts a version of the invention�although those skilled in the art will appreciate other variations from this version that are also contemplated by the invention. Shown are CPE 310 and 312 and broadband system interface 300. Broadband system interface 300 is comprised of ISDN converter 340, ATM interworking multiplexer (mux) 350, signaling processor 360, and SS7 converter 362. CPE 310 is connected to ISDN converter 340 by connection 320. CPE 312 is connected to ISDN converter 340 by connection 322. Mux 350, signaling processor 360, and SS7 converter 362 are linked by link 352. Mux 350 and SS7 converter 362 are linked by link 354. Signaling processor 360 and SS7 converter 362 are linked by link 364. Mux 350 is also connected to connection 330 and signaling processor 360 is also linked to link 332. [0045] CPE 310 and 312 could be any equipment that supplies traffic that can be converted into ISDN. A common example would be a PBX system providing a TDM/ESF traffic. Typically, CPE 310 and 312 would interface with communications devices at the customer premises and provide access to the network. CPE 310 and 312 are connected to ISDN converter 340 by connections 320 and 322. Connections 320 and 322 are any connections capable of carrying these communications. For example, they could be TDM/ESF connections that carry a multiplexed digital signal comprised of multiple bearer channels that carry caller communications. Embedded within the caller communications are signaling bits, known as ABCD bits. [0046] Connections 342 and 344 represent an ISDN connection with connection 342 representing the bearer communications (B channels) and link 344 representing the signaling (D channel). Link 352 could be any link capable of transporting control messages. Examples of such a link could be SS7 links, UDP/IP or TCP/IP over ethernet, or a bus arrangement using a conventional bus protocol. Link 354 is any link that can carry an ISDN D channel. An example would be a T1 with the component DS0s carrying the ISDN D channels. Links 332 and 364 are any links capable of carrying SS7 messages. SS7 links are well known. Connection 330 is an ATM connection. [0047] ISDN converter 340 is operational to interwork between non-ISDN formats and ISDN. For example, if a TDM/ESF signal is received over connection 320, ISDN converter 340 would use the ABCD signaling bits from the ESF signal to create the analogous ISDN signaling messages for the ISDN D-channel on connection 344. The bearer channels from connection 320 would be interworked into the B-channels of the ISDN signal on connection 342. The B-channels and the D-channel are provided to mux 350 over connection 342 and link 344 respectively. Connection 342 and link 344 are logically separated, but may traverse the same physical path. Devices with the base functionality of ISDN converter 340 are known in the art with an example being an ISDN interface provided by the Teleos company. One skilled in the art will appreciate how this functionality can be adapted to support the invention. [0048] Mux 350 is operational to receive an ISDN signal over connection 342 and link 344. The B channels from connection 342 and the D channel from link 344 are in the well known DS0 format. Mux 350 is able to connect each DS0 to other DS0s. Mux 350 connects the DS0 from link 344 to the DS0 of link 354 to provide an ISDN D channel from ISDN converter 340 to SS7 converter 362. Mux 350 can also connect DS0s that carry bearer communications. For example, a DS0 from CPE 310 could be connected to a DS0 for CPE 312. Mux 350 makes the latter DS0 to DS0 connection in response to control instructions from signaling processor 360 that are received over link 352. [0049] Mux 350 is also operational to convert DS0s into ATM cells with selected Virtual Path Identifiers/Virtual Channel Identifiers (VPI/VCIs). This conversion is known as ATM interworking. The ATM cells are transmitted over connection 330. Typically, they are provided to an ATM cross-connect device that routes the cells according to their VPI/VCI. Since DS0s are bi-directional, a companion VPI/VCI will typically be pre-assigned to the selected VPI/VCI to provide a call connection back to the caller. Mux 350 would convert ATM cells from this companion VPI/VCI into the return path of the DS0. Mux 350 makes the DS0/ATM conversions in response to control instructions from signaling processor 360 that are received over link 352. A detailed decryption of the mux is given below. [0050] Signaling processor 360 and SS7 converter 362 form a signaling processing system that is operational to receive and process ISDN signaling to select call connections. It will be appreciated how these components can be integrated or remain discreet. [0051] SS7 converter 362 interworks between ISDN signaling and Signaling System #7 (SS7) signaling. SS7 converter 362 exchanges D channel signaling with ISDN converter 340 over links 344 and 354 (through mux 340). SS7 converter 362 exchanges SS7 signaling with signaling processor 360 over link 364. SS7 converter also communicates with mux 350 over link 352. An example of such a communication would be an instruction to provide a ringback tone to the origination side of the call. Devices with the base functionality of SS7 converter 362 are known in the art. One skilled in the art will appreciate how this functionality can be adapted to support the invention. [0052] Signaling processor 360 is operational to process signaling. The signaling, processor will typically process an SS7 Initial Address Message (IAM) for call set-up. The IAM information is processed by signaling processor 360 in order to select a particular connection for a particular call. This connection might be a DS0 or a VPI/VCI. Signaling processor 360 sends control instructions over link 352 to mux 350 identifying the selected connections. The signaling processor exchanges SS7 signaling over links 364 and 332. A detailed description of the signaling processor follows below. [0053]FIG. 4 depicts the operation of the invention in the form of a message sequence chart. FIG. 4 depicts a call being placed from CPE to an entity across the country. The sequence starts with the CPE seizing a connection to the ISDN converter. The ISDN converter senses the seizure and returns dial tone. The CPE then forwards DTMF tones indicating a dialed number to the ISDN converter. The ISDN converter uses the DTMF input to generate an ISDN set-up message which it sends to the SS7 converter through the mux. (As the mux transfers all messages between the ISDN converter and the SS7 converter, express reference to this transfer will be omitted in the following discussions). The SS7 converter converts the ISDN set-up message into an analogous SS7 IAM and sends the SS7 IAM to the signaling processor. [0054] The signaling processor processes the IAM and selects a connection. For a cross-country call, this connection would typically be a VPI/VCI provisioned to a long distance network. The signaling processor will generate an SS7 IAM and send it on to the relevant network element to extend the call. The SS7 converter sends an ISDN call proceeding message back to the ISDN converter. The signaling processor will generate a control instruction identifying the DS0 and the selected VPI/VCI and send it to the mux. Once the far end has received all information required for the call, it will return an SS7 Address Complete Message (ACM) to the signaling processor. The signaling processor will send an SS7 ANM to the SS7 converter, which will send an analogous ISDN alerting message to the ISDN converter. [0055] If the called party answers, the signaling processor will receive an SS7 Answer Message (ANM) from the far end. The signaling processor will send an SS7 ANM message to the SS7 converter, and the SS7 converter will send an analogous ISDN connect message to the ISDN converter. At this point, the call is connected and a conversation, fax transmission, etc., may take place. The ISDN converter converts the bearer channel from the CPE into an ISDN DS0, and the mux converts this DS0 into ATM cells with the selected VPI/VCI. Additionally, the mux to converts ATM cells from the companion VPI/VCI into the return path of the DS0. [0056] As a result, the caller has access to an ATM system. This is accomplished by converting the traffic from the CPE into the ISDN format. The ISDN D channel signaling is converted into SS7 and the ISDN B channels are converted into ATM. Advantageously, the ATM virtual connection is selected on a call-by-call basis by the signaling processor. This allows the signaling processor to select a virtual connection that has been pre-provisioned to an appropriate destination. [0057]FIG. 5 depicts a call from an entity across the country to the CPE. The sequence begins with an SS7 IAM from origination side of the call being received by the signaling processor. The signaling processor processes the IAM and selects the destination DS0. The signaling processor sends an IAM to the SS7 converter which forwards an analogous ISDN set-up message to the ISDN converter. The IAM and set-up message identifies the selected DS0 to use on the call. The ISDN converter provides seizure to the telephone. The signaling processor also sends a control instruction to the mux indicating the VPI/VCI and selected DS0. [0058] The ISDN converter will send an ISDN alerting message to the SS7 converter and the SS7 converter will send an analogous SS7 Address Complete Message (ACM) to the signaling processor. The signaling processor will send an SS7 ACM to the origination side of the call. The SS7 converter will send a control instruction to the mux to provide a ringback tone to the originating side of the call in order to indicate to the caller that the called party is being alerted. (This might be a busy signal where appropriate). The mux will provide ringback to the other side of the call. [0059] When the ISDN converter senses that the telephone has been answered, it will send an ISDN connect message to the SS7 converter, and the SS7 converter will provide an analogous SS7 ANM to the signaling processor. The signaling processor will send an SS7 ANM to the originating side of the call. The signaling processor will instruct the mux to stop the ringback tone and provide cut-through on the call. At this point, the call is connected. [0060]FIG. 6 depicts a call being cleared when the CPE of FIGS. 4 and 5 disconnects because the connected communications device hangs-up. The ISDN converter senses the on-hook and sends an ISDN disconnect message to the SS7 converter. The SS7 converter sends an analogous SS7 release (REL) message to the signaling processor. The signaling processor initiates release procedures and sends an SS7 REL to the other side of the call connection. In addition, the signaling processor sends an instruction to the mux to disconnect the DS0 and the VPI/VCI. The signaling processor will then send an SS7 Release Complete Message RLC to the SS7 converter. The SS7/ISDN converter will then send an ISDN release message to the ISDN converter which will provide a loop-open to the CPE. The far side will typically respond with a SS7 RLC to the signaling processor. At this point, the call is disconnected. [0061]FIG. 7 depicts a call being cleared when the far end of the call hangs-up. The far end will send an SS7 REL to the signaling processor, and the signaling processor will initiate release procedures for the call. The signaling processor will send an SS7 REL to the SS7 converter, and the SS7 converter sends an analogous ISDN disconnect message to the ISDN converter. The ISDN converter provides an on-hook for the DS0 to the CPE. The signaling processor sends an control instruction to the mux to disconnect the DS0 from the VPI/VCI. The signaling processor also sends an SS7 RLC to the other side of the call. The ISDN converter will provide an ISDN release message to the SS7 converter. The SS7 converter will provide an analogous SS7 RLC to the signaling processor indicating that the connection has been cleared for re-use. At this point, the call is disconnected. [0062] In FIGS. 4-7, the ISDN converter interfaces with the CPE to provide call capability. The ISDN converter also provides ISDN connections and signaling to the mux. The mux exchanges ISDN signaling between the ISDN converter and the SS7 converter. The mux also interfaces between the ISDN component DS0s and ATM. The SS7 converter converts the signaling between the ISDN and the SS7 format and exchanges SS7 messages with the signaling processor. The signaling processor processes the SS7 signaling and responds to the SS7 converter with SS7 messages. The signaling processor also issues commands to the mux to facilitate the call. Typically this is an assignment of a DS0 to a VPI/VCI. The signaling processor also provides SS7 messages to the network at large. The mux handles DS0 to ATM conversions in response to signaling processor commends. [0063] As a result the CPE is provided with an interface to a broadband system. The network is able to provide this interface and provide a selected ATM connection on a call-by-call basis�all without the need for an ATM switch. Such a system provides a distinct advantage over prior systems. The invention is applicable to any CPE protocols that can be converted into ISDN. In some embodiments, the CPE themselves may even provide ISDN traffic. [0064] FIGS. 8-12 depict various alternative arrangements of the invention, but the invention is not limited to these alternatives. Those skilled in the art will appreciate how the variations of FIGS. 8-12 could be combined in many different arrangements that are all contemplated by the invention. [0065]FIG. 8 depicts broadband system interface 800 that is comprised of mux 850, links 852 and 854, and signaling processor 860. Also shown are link 832 and connections 820, 822, and 830. These components are configured and operate as described above for the corresponding reference numbers of FIG. 3, except that the ISDN converter has been incorporated into mux 850 and the SS7 converter has been incorporated into signaling processor 860. [0066]FIG. 9 depicts broadband system interface 900 that is comprised of mux 950, links 952 and 954, and signaling processor 960. Also shown are link 932 and connections 920, 922, and 930. These components are configured and operate as described above for the corresponding reference numbers of FIG. 3, except that both the ISDN converter and the SS7 converter have been incorporated into mux 950. [0067]FIG. 10 depicts broadband system interface 1000 that is comprised of mux 1050, links 1052, 1054 and 1064, signaling processor 1060, and SS7 converter 362. Also shown are link 1032 and connection 1030. These components are configured and operate as described above for FIG. 3, except the ISDN converters have been moved outside of system 1000. For example, they could be located at the customer premises. ISDN converter 1014 is connected to CPE 1010 and ISDN converter 1016 is connected to CPE 1012 by ESF connections. Connections 1020 and 1022 carry the B channels and links 1021 and 1023 carry the D channels. Mux 1050 interfaces with ISDN converters 1014 and 1016 over these connections. In this way, the invention provides ISDN systems with an interface to a broadband system. As required by the invention, the ISDN signaling is converted into SS7 before it is processed by the signaling processor. [0068]FIG. 11 depicts broadband system interface 1100 that is comprised of mux 1150, links 1152, 1154, and 1164, signaling processor 1160, and SS7 converter 1162. Also shown are connection 1130 and link 1132. These components are configured and operate as described above for the corresponding reference numbers of FIG. 3. In this embodiment, CPE 1110 and 1112 are capable of providing ISDN traffic so that the ISDN converter and conversion processes can be omitted. Connections 1120 and 1122 carry the B channels and links 1121 and 1123 carry the D channels. Mux 1150 interfaces directly with ISDN CPE 1110 and 1112. In this way, the invention provides ISDN systems with an interface to a broadband system. As required by the invention, the ISDN signaling is converted into SS7 before it is processed by the signaling processor. [0069]FIG. 12 depicts broadband system interface 1200 that is comprised of mux 1250, links 1244, 1252, 1254 and 1264, signaling processor 1260, and SS7 converter 1262. Also shown are link 1232 and connections 1220, 1222, 1242, and 1230. These components are configured and operate as described above for the corresponding reference numbers of FIG. 3, except that ATM cross-connect 1280 and connection 1282 have been added. ATM cross-connect 1280 is a conventional ATM cross-connect, such as an NEC model 20. ATM cross-connect 1280 provides a plurality of pre-provisioned VPI/VCI connections for mux 1250 over ATM connection 1282. These VPI/VCIs could be pre-provisioned through ATM cross-connect 1280 to a plurality of destinations. Example include switches, servers, enhanced platforms, customer premises equipment, and other muxes. The addition of cross-connect 1280 demonstrates how the selection of VPI/VCIs by the signaling processor on a call-by-call basis allows broadband system interface 1200 to route calls to selected destinations over pre-provisioned broadband connections. [0070] This call-by-call selection and use of virtual connections is accomplished without the need for an ATM switch or call-by-call control over the cross-connect. This provides a distinct advantage over current ATM switch based systems in terms of cost and control. ATM switches are typically very expensive and control over the switch is relegated to the switch supplier. In the invention, the signaling processor exerts the control, and the signaling processor does not need to be obtained from an ATM switch supplier. [0071] The ATM Interworking Multiplexer [0072]FIG. 13 shows one embodiment of the mux that is suitable for the present invention, but other muxes that support the requirements of the invention are also applicable. Shown are control interface 1350, DS0 interface 1355, digital signal processor 1356, ATM adaption layer (AAL) 1357, and SONET interface 1358. SONET interface 1358 accepts ATM cells from AAL 1340 and transmits them over connection 1330. Connection 1330 is a SONET connection, such as an OC-3 connection. Control interface 1350 exchanges control messages between the signaling processor, the signaling converter, and the elements of the mux over link 1352. [0073] DS0 interface 1355 accepts an ISDN signal over link 1342 and connection 1344. DS0 interface 1355 connects the incoming D channel DS0 from link 1342 to the D channel DS0 of link 1354 to the SS7 converter. DS0 interface 1355 receives the B channel DS0s and handles them in accord with signaling processor instructions received through control interface 1350. This would include interconnecting particular DS0s to other DS0s on particular calls. It would also include connecting particular DS0s to particular functions of digital signal processor 1356. It would also include bypassing digital signal processor 1356 and directly coupling DS0s to AAL 1357. [0074] Digital signal processor 1356 is operational to apply various digital processes to particular DS0s in response to control instructions received through control interface 1354. Examples of digital processing include: tone detection, tone transmission, loopbacks, voice detection, voice messaging, echo cancellation, compression, and encryption. For example, the signaling processor may instruct the mux to provide a ringback tone, and then to apply echo cancellation. [0075] Digital signal processor 1356 is connected to AAL 1357. AAL 1357 comprises both a convergence sublayer and a segmentation and reassembly (SAR) layer. AAL 1357 is operational to accept calls in DS0 format and convert the DS0 information into ATM cells. AALs are known in the art and information about AALs is provided by International Telecommunications Union (ITU) document I.363. An AAL for voice is also described in patent application Ser. No. 08/395,745, filed on Feb. 28, 1995, entitled �Cell Processing for Voice Transmission�, and hereby incorporated by reference into this application. AAL 1357 obtains the virtual path identifier (VPI) and virtual channel identifier (VCI) for each call from control interface 1350. AAL 1357 also obtains the identity of the DS0 for each call (or the DS0s for an N�64 call). Control interface 1350 receives these instructions from the signaling processor. AAL 1357 then converts user information between the identified DS0 and the identified ATM virtual connection. Acknowledgments that the assignments have been implemented may be sent back to the signaling processor if desired. Calls with a bit rate that are a multiple of 64 kbit/second are known as N�64 calls. If desired, AAL 1357 can be capable of accepting control messages through control interface 1350 for N�64 calls. The signaling processor would instruct AAL 1357 to group the DS0s for the call. [0076] As discussed above, the mux also handles calls in the opposite direction�from SONET interface 1358 to DS0 interface 1355. For this traffic, the VPI/VCI has already been selected and the traffic routed through the cross-connect. As a result, AAL 1357 needs only to identify the DS0 for that particular VPI/VCI. The signaling processor could provide this assignment through control interface 1350 to AAL 1357. A technique for processing VPI/VCIs is disclosed in patent application Ser. No. 08/653,852, filed on May 28, 1996, entitled �Telecommunications System with a Connection Processing System�, and hereby incorporated by reference into this application. [0077] DS0 connections are bi-directional and ATM connections are typically uni-directional. As a result, two virtual connections in opposing directions will typically be required for each DS0. Those skilled in the art will appreciate how this can be accomplished in the context of the invention. For example, the broadband system could be provisioned with a second set of VPI/VCIs in the opposite direction as the original set of VPI/VCIs. On each call, the mux would be configured to automatically invoke this second VPI/VCI to provide a bi-directional virtual connection to match the bi-directional DS0 on the call. [0078] In some embodiments, digital signal processor 1356 could be omitted from the mux. In these embodiments, the mux could not collect digits or control echo. DS0 interface 1355 would connect DS0s directly to AAL 1357. [0079] In some embodiments, the B channel DS0 to DS0 connection capability could be omitted. The D channel DS0s would still be connected, but if a B channel DS0 needed connected to another B channel DS0, the signaling processor would need to select a VPI/VCI that is pre-provisioned through a cross-connect and back to this same mux. The mux would then convert the returning cells to the other DS0. [0080] As a result the CPE is provided with an interface to a broadband system. The network is able to provide this interface and provide a selected ATM connection on a call-by-call basis�all without the need for an ATM switch. Such a system provides a distinct advantage over prior systems. Although, the invention has been described in terms of ESF, those skilled in the art will appreciate that the invention is applicable to other protocols that can be converted into ISDN. The CPE themselves may even provide ISDN traffic. The invention requires that signaling be converted from ISDN into SS7 before it is processed by the signaling processor. [0081] The Signaling Processor [0082] The signaling processor is referred to as a call/connection manager (CCM), and it receives and processes telecommunications call signaling and control messages to select connections that establish communication paths for calls. In the preferred embodiment, the CCM processes SS7 signaling to select connections for a call. CCM processing is described in a U.S. Patent Application having attorney docket No. 1148, which is entitled �Telecommunication System,� which is assigned to the same assignee as this patent application, and which is incorporated herein by reference. [0083] In addition to selecting connections, the CCM performs many other functions in the context of call processing. It not only can control routing and select the actual connections, but it can also validate callers, control echo cancelers, generate billing information, invoke intelligent network functions, access remote databases, manage traffic, and balance network loads. One skilled in the art will appreciate how the CCM described below can be adapted to operate in the above embodiments. [0084]FIG. 14 depicts a version of the CCM. Other versions are also contemplated. In the embodiment of FIG. 14, CCM 400 controls an ATM interworking multiplexer (mux) that performs interworking of DS0s and VPI/VCIs. However, the CCM may control other communications devices and connections in other embodiments. [0085] CCM 1400 comprises signaling platform 1410, control platform 1420, and application platform 1430. Each of the platforms 1410, 1420, and 1430 is coupled to the other platforms. [0086] Signaling platform 1410 is externally coupled to the SS7 systems�in particular to systems having a message transfer part (MTP), an ISDN user part (ISUP), a signaling connection control part (SCCP), an intelligent network application part (INAP), and a transaction capabilities application part (TCAP). Control platform 1420 is externally coupled to a mux control, an echo control, a resource control, billing, and operations. [0087] Signaling platform 1410 comprises MTP levels 1-3, ISUP, TCAP, SCCP, and INAP functionality and is operational to transmit and receive the SS7 messages. The ISUP, SCCP, INAP, and TCAP functionality use MTP to transmit and receive the SS7 messages. Together, this functionality is referred as an �SS7 stack,� and it is well known. The software required by one skilled in the art to configure an SS7 stack is commercially available, for example, from the Trillium company. [0088] Control platform 1420 is comprised of various external interfaces including a mux interface, an echo interface, a resource control interface, a billing interface, and an operations interface. The mux interface exchanges messages with at least one mux. These messages comprise DS0 to VPI/VCI assignments, acknowledgments, and status information. The echo control interface exchanges messages with echo control systems. Messages exchanged with echo control systems might include instructions to enable or disable echo cancellation on particular DS0s, acknowledgments, and status information. [0089] The resource control interface exchanges messages with external resources. Examples of such resources are devices that implement continuity testing, encryption, compression, tone detection/transmission, voice detection, and voice messaging. The messages exchanged with resources are instructions to apply the resource to particular DS0s, acknowledgments, and status information. For example, a message may instruct a continuity testing resource to provide a loopback or to send and detect a tone for a continuity test. [0090] The billing interface transfers pertinent billing information to a billing system. Typical billing information includes the parties to the call, time points for the call, and any special features applied to the call. The operations interface allows for the configuration and control of CCM 1400. One skilled in the art will appreciate how to produce the software for the interfaces in control platform 1420. [0091] Application platform 1430 is functional to process signaling information from signaling platform 1410 in order to select connections. The identity of the selected connections are provided to control platform 1420 for the mux interface. Application platform 1430 is responsible for validation, translation, routing, call control, exceptions, screening, and error handling. In addition to providing the control requirements for the mux, application platform 1430 also provides requirements for echo control and resource control to the appropriate interface of control platform 1420. In addition, application platform 1430 generates signaling information for transmission by signaling platform 1410. The signaling information might be ISUP, INAP, or TCAP messages to external network elements. Pertinent information for each call is stored in a call control block (CCB) for the call. The CCB can be used for tracking and billing the call. [0092] Application platform 1430 operates in general accord with the Basic Call Model (BCM) defined by the ITU. An instance of the BCM is created to handle each call. The BCM includes an originating process and a terminating process. Application platform 1430 includes a service switching function (SSF) that is used to invoke the service control function (SCF). Typically, the SCF is contained in a service control point (SCP). The SCF is queried with TCAP or INAP messages. The originating or terminating processes will access remote databases with intelligent network (IN) functionality via the SSF function. [0093] Software requirements for application platform 1430 can be produced in specification and description language (SDL) defined in ITU-T Z.100. The SDL can be converted into C code. Additional C and C++ code can be added as required to establish the environment. [0094] CCM 1400 can be comprised of the above-described software loaded onto a computer. The computer can be an Integrated Micro Products (IMP) FT-Sparc 600 using the Solaris operating system and conventional database systems. It may be desirable to utilize the multi-threading capability of a Unix operating system. [0095] From FIG. 14, it can be seen that application platform 1430 processes signaling information to control numerous systems and facilitate call connections and services. The SS7 signaling, is exchanged with external components through signaling platform 1410, and control information is exchanged with external systems through control platform 1420. Advantageously, CCM 1400 is not integrated into a switch CPU that is coupled to a switching matrix. Unlike an SCP, CCM 1400 is capable of processing ISUP messages independently of TCAP queries. [0096] SS7 Message Designations [0097] SS7 messages are well known. Designations for various SS7 messages commonly are used. Those skilled in the art are familiar with the following message designations: ACM Address Complete Message ANM Answer Message BLO Blocking BLA Blocking Acknowledgment CPG Call Progress CRG Charge Information CGB Circuit Group Blocking CGBA Circuit Group Blocking Acknowledgment GRS Circuit Group Reset GRA Circuit Group Reset Acknowledgment CGU Circuit Group Unblocking CGUA Circuit Group Unblocking Acknowledgment CQM Circuit Group Query CQR Circuit Group Query Response CRM Circuit Reservation Message CRA Circuit Reservation Acknowledgment CVT Circuit Validation Test CVR Circuit Validation Response CFN Confusion COT Continuity CCR Continuity Check Request EXM Exit Message INF Information INR Information Request IAM Initial Address LPA Loop Back Acknowledgment PAM Pass Along REL Release RLC Release Complete RSC Reset Circuit RES Resume SUS Suspend UBL Unbiocking UBA Unblocking Acknowledgment UCIC Unequipped Circuit Identification Code. [0098] CCM Tables [0099] Call processing typically entails two aspects. First, an incoming or �originating� connection is recognized by an originating call process. For example, the initial connection that a call uses to enter a network is the originating connection in that network. Second, an outgoing or �terminating� connection is selected by a terminating call process. For example, the terminating connection is coupled to the originating connection in order to extend the call through the network. These two aspects of call processing are referred to as the originating side of the call and the terminating side of the call. [0100]FIG. 15 depicts a data structure used by application platform 1430 to execute the BCM. This is accomplished through a series of tables that point to one another in various ways. The pointers are typically comprised of next function and next index designations. The next function points to the next table, and the next index points to an entry or a range of entries in that table. The data structure has trunk circuit table 1500, trunk group table 1502, exception table 1504, ANI table 1506, called number table 1508, and routing table 1510. [0101] Trunk circuit table 1500 contains information related to the connections. Typically, the connections are DS0 or ATM connections. Initially, trunk circuit table 1500 is used to retrieve information about the originating connection. Later, the table is used to retrieve information about the terminating connection. When the originating connection is being processed, the trunk group number in trunk circuit table 1500 points to the applicable trunk group for the originating connection in trunk group table 1502. [0102] Trunk group table 1502 contains information related to the originating and terminating trunk groups. When the originating connection is being processed, trunk group table 1502 provides information relevant to the trunk group for the originating connection and typically points to exception table 1504. [0103] Exception table 1504 is used to identify various exception conditions related to the call that may influence the routing or other handling of the call. Typically, exception table 1504 points to ANI table 1506. Although, exception table 1504 may point directly to trunk group table 1502, called number table 1508, or routing table 1510. [0104] ANI table 1506 is used to identify any special characteristics related to the caller's number. The caller's number is commonly known as automatic number identification (ANI). ANT table 1506 typically points to called number table 1508. Although, ANI table 1506 may point directly to trunk group table 1502 or routing table 1510. [0105] Called number table 1508 is used to identify routing requirements based on the called number. This will be the case for standard telephone calls. Called number table 1508 typically points to routing table 1510. Although, it may point to trunk group table 1502. [0106] Routing table 1510 has information relating to the routing of the call for the various connections. Routing table 1510 is entered from a pointer in either exception table 1504, ANT table 1506, or called number table 1508. Routing table 1510 typically points to a trunk group in trunk group table 1502. [0107] When exception table 1504, ANI table 1506, called number table 1508, or routing table 1510 point to trunk group table 1502, they effectively select the terminating trunk group. When the terminating connection is being processed, the trunk group number in trunk group table 1502 points to the trunk group that contains the applicable terminating connection in trunk circuit table 1502. [0108] The terminating trunk circuit is used to extend the call. The trunk circuit is typically a VPI/VCI or a DS0. Thus it can be seen that by migrating through the tables, a terminating connection can be selected for a call. [0109]FIG. 16 is an overlay of FIG. 15. The tables from FIG. 15 are present, but for clarity, their pointers have been omitted. FIG. 16 illustrates additional tables that can be accessed from the tables of FIG. 15. These include CCM ID table 1600, treatment table 1604, query/response table 1606, and message table 1608. [0110] CCM ID table 1600 contains various CCM SS7 point codes. It can be accessed from trunk group table 1502, and it points back to trunk group table 1502. Treatment table 1604 identifies various special actions to be taken in the course of call processing. This will typically result in the transmission of a release message (REL) and a cause value. Treatment table 1604 can be accessed from trunk circuit table 1500, trunk group table 1502, exception table 1504, ANI table 1506, called number table 1508, routing table 1510, and query/response table 1606. [0111] Query/response table 1606 has information used to invoke the SCF. It can be accessed by trunk group table 1502, exception table 1504, ANI table 1506, called number table 1508, and routing table 1510. It points to trunk group table 1502, exception table 1504, ANI table 1506, called number table 1508, routing table 1510, and treatment table 1604. [0112] Message table 1608 is used to provide instructions for messages from the termination side of the call. It can be accessed by trunk group table 1502 and points to trunk group table 1502. [0113] FIGS. 17-24 depict examples of the various tables described above. FIG. 17 depicts an example of the trunk circuit table. Initially, the trunk circuit table is used to access information about the originating circuit. Later in the processing, it is used to provide information about the terminating circuit. For originating circuit processing, the associated point code is used to enter the table. This is the point code of the switch or CCM associated with the originating circuit. For terminating circuit processing, the trunk group number is used to enter the table. [0114] The table also contains the circuit identification code (CIC). The CIC identifies the circuit which is typically a DS0 or a VPI/VCI. Thus, the invention is capable of mapping the SS7 CICs to the ATM VPI/VCI. If the circuit is ATM, the virtual path (VP) and the virtual channel (VC) also can be used for identification. The group member number is a numeric code that is used for terminating circuit selection. The hardware identifier identifies the location of the hardware associated with the originating circuit. The echo canceler (EC) identification (ID) entry identifies the echo canceler for the originating circuit. [0115] The remaining fields are dynamic in that they are filled during call processing The echo control entry is filled based on three fields in signaling, messages: the echo suppresser indicator in the IAM or CRM, the echo control device indicator in the ACM or CPM, and the information transfer capability in the IAM. This information is used to determine if echo control is required on the call. The satellite indicator is filled with the satellite indicator in the IAM or CRM. It may be used to reject a call if too many satellites are used. The circuit status indicates if the given circuit is idle, blocked, or not blocked. The circuit state indicates the current state of the circuit, for example, active or transient. The time/date indicates when the idle circuit went idle. [0116]FIG. 18 depicts an example of the trunk croup table. During origination processing, the trunk group number from the trunk circuit table is used to key into the trunk table. Glare resolution indicates how a glare situation is to be resolved. Glare is dual seizure of the same circuit. If the glare resolution entry is set to �even/odd,� the network element with the higher point code controls the even circuits, and the network element with the lower point code controls the odd circuits. If the glare resolution entry is set to �all,� the CCM controls all of the circuits. If the glare resolution entry is set to �none,� the CCM yields. The continuity control entry lists the percent of calls requiring continuity tests on the trunk group. [0117] The common language location identifier (CLLI) entry is a Bellcore standardized entry. The satellite trunk group entry indicates that the trunk croup uses a satellite. The satellite trunk group entry is used in conjunction With the satellite indicator field described above to determine if the call has used too many satellite connections and, therefore, must be rejected. The service indicator indicates if the incoming message is from a CCM (ATM) or a switch (TDM). The outgoing message index (OMI) points to the message table so that outgoing messages can obtain parameters. The associated number plan area (NPA) entry identifies the area code. [0118] Selection sequence indicates the methodology that will be used to select a connection. The selection sequence field designations tell the trunk group to select circuits based on the following: least idle, most idle, ascending, descending, clockwise, and counterclockwise. The hop counter is decremented from the IAM. If the hop counter is zero, the call is released. Automatic congestion control (ACC) active indicates whether or not congestion control is active. If automatic congestion control is active, the CCM may release the call. During termination processing, the next function and index are used to enter the trunk circuit table. [0119]FIG. 19 depicts an example of the exception table. The index is used as a pointer to enter the table. The carrier selection identification (ID) parameter indicates how the caller reached the network and is used for routing certain types of calls. The following are used for this field: spare or no indication, selected carrier identification code presubscribed and input by the calling party, selected carrier identification code presubscribed and not input by the calling party, selected carrier identification code presubscribed and no indication of input by the calling party, and selected carrier identification code not presubscribed and input by the calling party. The carrier identification (ID) indicates the network that the caller wants to use. This is used to route calls directly to the desired network. The called party number nature of address differentiates between 0+ calls, 1+ calls, test calls, and international calls. For example, international calls might be routed to a pre-selected international carrier. [0120] The called party �digits from� and �digits to� focus further processing unique to a defined range of called numbers. The �digits from� field is a decimal number ranging from 1-15 digits. It can be any length and, if filled with less than 15 digits, is filled with 0s for the remaining digits. The �digits to� field is a decimal number ranging from 1-15 digits. It can be any length and, if filled with less than 15 digits, is filled with 9s for the remaining digits. The next function and next index entries point to the next table which is typically the ANI table. [0121]FIG. 20 depicts an example of the ANI table. The index is used to enter the table. The calling party category differentiates among types of calling parties, for example, test calls, emergency calls, and ordinary calls. The calling party\charge number entry nature of address indicates how the ANI is to be obtained. The following is the table fill that is used in this field: unknown, unique subscriber numbers, ANI not available or not provided, unique national number, ANI of the called party included, ANI of the called party not included, ANI of the called party includes national number, non-unique subscriber number, non-unique national number, non-unique international number, test line test code, and all other parameter values. [0122] The �digits from� and �digits to� focus further processing unique to ANI within a given range. The data entry indicates if the ANI represents a data device that does not need echo control. Originating line information (OLI) differentiates among ordinary subscriber, multiparty line, ANI failure, station level rating, special operator handling, automatic identified outward dialing, coin or non-coin call using database access, 800/888 service call, coin, prison/inmate service, intercept (blank, trouble, and regular), operator handled call, outward wide area telecommunications service, telecommunications relay service (TRS), cellular services, private paystation, and access for private virtual network types of service. The next function and next index point to the next table which is typically the called number table. [0123]FIG. 21 depicts an example of the called number table. The index is used to enter the table. The called number nature of address entry indicates the type of dialed number, for example, national versus international. The �digits from� and �digits to� entries focus further processing unique to a range of called numbers. The processing follows the processing logic of the �digits from� and �digits to� fields in FIG. 9. The next function and next index point to the next table which is typically the routing table. [0124]FIG. 22 depicts an example of the routing table. The index is used to enter the table. The transit network selection (TNS) network identification (ID) plan indicates the number of digits to use for the CIC. The transit network selection �digits from� and �digits to� fields define the range of numbers to identify an international carrier. The circuit code indicates the need for an operator on the call. The next function and next index entries in the routing table are used to identify a trunk group. The second and third next function/index entries define alternate routes. The third next function entry can also point back to another set of next functions in the routing table in order to expand the number of alternate route choices. The only other entries allowed are pointers to the treatment table. If the routing table points to the trunk group table, then the trunk group table typically points to a trunk circuit in the trunk circuit table. The yield from the trunk circuit table is the terminating connection for the call. [0125] It can be seen from FIGS. 17-22 that the tables can be configured and relate to one another in such a way that call processes can enter the trunk circuit table for the originating connection and can traverse through the tables by keying on information and using pointers. The yield of the tables is typically a terminating connection identified by the trunk circuit table. In some cases, treatment is specified by the treatment table instead of a connection. If, at any point during the processing, a trunk croup can be selected, processing may proceed directly to the trunk group table for terminating circuit selection. For example, it may be desirable to route calls from a particular ANI over a particular set of trunk groups. In this case, the ANI table would point directly to the trunk group table, and the trunk group table would point to the trunk circuit table for a terminating circuit. The default path through the tables is: trunk circuit, trunk group, exception, ANI, called number, routing, trunk group, and trunk circuit. [0126]FIG. 23 depicts an example of the treatment table. Either the index or the message received cause number are filled and are used to enter the table. If the index is filled and used to enter the table, the general location, coding standard, and cause value indicator are used to generate an SS7 REL. The message received cause value entry is the cause value in a received SS7 message. If the message received cause value is filled and used to enter the table, then the cause value from that message is used in a REL from the CCM. The next function and next index point to the next table. [0127]FIG. 94 depicts an example of the message table. This table allows the CCM to alter information in outgoing messages. Message type is used to enter the table, and it represents the outgoing standard SS7 message type. The parameter is the pertinent parameter within the outgoing SS7 message. The indexes point to various entries in the trunk group table and determine if parameters can be unchanged, omitted, or modified in the outgoing messages. [0128] Those skilled in the art will appreciate that variations from the specific embodiments disclosed above are contemplated by the invention. The invention should not be restricted to the above embodiments, but should be measured by the following claims. Referenced byCiting PatentFiling datePublication dateApplicantTitleUS8520681 *Jul 6, 2012Aug 27, 2013At&T Intellectual Property I, L.P.Broadband access for virtual private networksUS20120281701 *Jul 6, 2012Nov 8, 2012At&T Intellectual Property I, L.P. (Formerly Sbc Knowledge Ventures, L.P.)Broadband access for virtual private networks* Cited by examinerClassifications U.S. Classification370/466International ClassificationH04J3/16, H04J3/22, H04J3/12, H04Q3/00, H04Q11/04, H04L12/56, H04J3/24Cooperative ClassificationH04Q11/0435, H04J3/125, H04J3/247, H04L2012/5672, H04Q2213/13176, H04L49/3009, H04L2012/563, H04L49/205, H04Q2213/13513, H04Q2213/1313, H04L2012/561, H04L49/101, H04Q3/0025, H04L49/253, H04Q11/0478, H04Q2213/13104, H04Q2213/13389, H04Q2213/1338, H04L49/3081, H04L2012/5663, H04Q2213/13531, H04Q2213/1329, H04Q3/0029, H04L49/255, H04Q2213/13102, H04L2012/5626, H04L2012/5619, H04Q2213/13296, H04Q2213/13375European ClassificationH04L49/20C, H04L49/25E3, H04L49/25E, H04Q3/00D3, H04L49/30J, H04Q3/00D2, H04Q11/04S2, H04J3/24D, H04J3/12B, H04Q11/04S1RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google

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text:
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text:
Creating cohousing : building sustainable communities (Livre, 2011) [WorldCat.org]
Titre: Creating cohousing : building sustainable communities
Auteur: Kathryn McCamant; Charles Durrett
Éditeur: Gabriola Island, BC : New Society Publishers, 2011.
xiv, 321 p. : ill., ports. ; 23 cm.
Ajoutez des tags pour "Creating cohousing : building sustainable communities".
NewPubList(54 ouvrages)
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