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Builder Features
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Revision as of 20:01, February 22, 2011
Contents |
Duplicate Sidebar Widget
The Duplicate Sidebar Widget allows for easy duplication of another sidebar's widgets simply by dropping in the Duplicate Sidebar widget and selecting the sidebar to be duplicated from the drop-down.
Widget Content
The Widget Content feature adds the use of an advanced editor to create widget content. A new Widget Content top-level menu is now on the back-end and allows for creation of widget content with the same interface as posts and pages. Once a Widget Content entry is saved, you can add the Widget Content widget to a sidebar location and select the desired Widget Content entry from the drop down to add that content to a sidebar.


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by Jeanne Emrich and Michael Dylan Welch
First published in Frogpond 23:3, Fall 2000, page 55. Written June to November 1999.
rainy afternoon . . .
in the dollhouse bedroom
dad's old cigar box Jeanne
thimbles on her fingers
the toddler plays piano Michael
in the closet
with flashlights . . .
unfolding Miss July Jeanne
first day of school—
cardboard in the spokes
held by a clothespin Michael
two soup cans and a wire—
the beat of your heart Jeanne
dressing up
in mother's old evening gown—
uneven nerf balls Michael

subset: commoncrawl


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Basyx by HON Round Tabletop, 48"Diameter, Bourbon Cherry
Round conference table is ideal for smaller conference rooms where space is limited.Tabletop has a high-pressure laminate surface that is mar-resistant and stain-resistant. Edge base color matches laminate. Complete table is 29-1/8'' high and has adjustable leveling glides. Tabletop and base are sold separately. Each meets or exceeds ANSI/BIFMA standards. Product Type: Conference Table Top Table Top, Shape: Round Country of Origin: US Recycled: No Recycled Content: 0% Post-consumer-waste%: 0% Assembly Required: No Color: Bourbon Cherry Certifications & Standards: ANSI/BIFMA Brand Name: Basyx
Basyx by HON Round Tabletop, 48"Diameter, Bourbon Cherry
Weights & Dimensions
Product Type: Top; Conference Tables | Country of Manufacture: United States |
About the Manufacturer
Your office. This is the place where you must look, feel, and be successful. You want choices that accommodate all your needs, now and in the future. Your furniture has to be easy to order and available when and where you need it. You expect high quality and long-term relationships. You expect this in your business. You should expect nothing less of your furniture. Basyx has the furniture for you.Basyx by HON Round Tabletop, 48"Diameter, Bourbon Cherry
Still have questions about this product? We're here to help
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Great color for desk set Interior Designer from Rancho Cucamonga, CA– Verified Buyer– Top 100 Reviewer This conference table top has gorgeous luster and finish in Bourbon Cherry. Gives your office a warm toasty feel. Get the entire desk suite in this color and you will be very happy as I am! |
Round Tabletop, 48"Diameter, Bourbon Cherry is also sometimes listed under the following manufacturer numbers: RB48TH


text:
City takes issues with some residents' idea of xeriscaping; looks to retool its conflicting codes.
HOLLYWOOD, Calif. – It was early last spring that Joseph Mawardi decided he no longer wanted to keep up the greens.
Defeated in battling his brown and parched lawn, Mawardi hired a landscaping company and paid them about $6,000 to fill his front yard with a sea of marble rocks.
"I got tired of having to stay on top of it with water all the time," he said.
But as a crew began spreading the gravel and placing decorative boulders in front of his Emerald Hills home, a Hollywood code enforcement officer took issue with Mawardi's apparent lack of a green thumb and gave him a warning.
"He came flying in here to tell me I had to stop," recalled Mawardi. "I see houses with garbage outside and dirty roofs, and I am the one in trouble."
Mawardi went on with his lawn of stones, but is now stuck in code enforcement limbo while city officials search for a way to balance the appeal of green lawns against a new era of water restrictions.
Hollywood officials say they are looking at their own contradictory codes that encourage greenery rather than what Mawardi calls his brand of xeriscaping. That's a type of gardening or landscaping that eliminates the need for water.
"It's something that is now under review. Our code talks a little bit of xeriscaping, not so much xeriscaping using rocks, but more as it relates to xeriscaping using mulch and other types of products," says city spokeswoman Raelin Storey. "After we look at it, we might ultimately find that his xeriscaping might be too 'zeroscaping,' or maybe there's no problem with it at all."
The code enforcer issued Mawardi a "verbal warning" and his property was put in a database as having a "property standards" violation pending.
The city will not pursue any type of enforcement until the codes are updated, Storey said. City officials say the codes will likely be updated within the next six months.
Current city codes require that "live vegetative material shall provide complete coverage of the entire yard area exposed to public view." And a city "Landscaping Manual" from 2000 prescribes mainly using only Florida native plants and mulching as xeriscaping techniques.
Florida adopted a law last May that allows residents to install what's called "Florida-Friendly" landscaping without fear of legal repercussions. City officials say they plan to copy that law, which makes little mention of rock gardens.
Please visit the Sun-Sentinel to read the rest of this article.
While city officials in a Maryland county discuss halting certain pesticides, LCOs should build relationships with local officials to educate them on the topic.
Start spring off on the right foot with a fully equipped crew.
Whether you are a man or woman, the qualities of a true leader are the same.
Prepare tools, and crews, to go back to work.
Get ready for hardscape season with the right hand tools.


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How to Grow Salad Greens in Garden Beds
Growing a successful crop of leafy greens in your garden will give you weeks of harvest.
Sow the Seeds
Plant both head and leaf lettuces in shallow rows, but head lettuce should be sown much more thinly. Once seeds have germinated, thin them out to 6–12 inches apart, depending on their final size.
Take Care
Protect your plants from slugs, using mini cloches made from clear plastic bottles. You may also need to net them to keep birds from eating your crops. Water them regularly during summer. They are prone to bolting in hot weather, so plant them close to taller crops, such as beans, that will provide shade.
Leafy Options: Planting and Aftercare
Arugula is best sown in spring and early fall, when the cooler temperatures make it less likely to bolt. Sow thinly and protect the young seedlings from flea beetles, which nibble the leaves, by covering the plants with a fine mesh or garden fleece. Lamb's lettuce can be sown at any time in spring and summer. It's a useful crop to sow late in the season to provide a tasty winter substitute for lettuce. For the best quality leaves, grow lamb's lettuce under cloches, in a greenhouse or under well-vented plastic (keep out of direct sun).
Green Onions: Growing and Harvesting
Green onions are an ideal crop for garden beds and for pots and containers. Sprinkle a small amount of seed on the surface of the soil once every two weeks throughout spring and summer, to ensure a constant supply. In mild areas, green onions sown in late summer can be left in the soil during winter, to harvest the following spring.
Simply lift the tangy bulbs from the soil as you need them and use in salads or stir-fries.
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VIEWS: 4 PAGES: 1 CATEGORY: Financing POSTED ON: 10/11/2012
Getting debt relief is what makes debt settlement national is designed to be.
Relief Debt Settlement Programs Getting debt relief is what makes debt settlement national is designed to be. The settlement of debt has become what most Americans are making use of because that is what makes it possible for them to stay out of debt. For people to get solution to their debt problems, they should be able to differentiate a lot of things that are involved in debt settlement. There are two types of firms that handle debt problem in America; debt settlement law firm and the debt settlement company. For some debtors, they are not aware of what debt settlement law firm can do for them. The information that has been provided for people about debt settlement is vast that anyone can come out if debt with this information. However, it should be known that debt settlement is not going to work for every debtor in America. Most debtors may be better off with bankruptcy while there are some who would not be able enjoy the benefit of debt settlement because they do not have the right state of mind. There are lots of places where debt settlement can be taken care of. However, sometimes bankruptcy can be the best solution for some debtors who are in dire need of help but are unstable. Debt Settlement New York is not different from other types of debt relief programs in America. If a debtor can use a law firm or expert, it would be easy to come out of debts. A law firm would be able to negotiate for a less amount of money to be paid to a creditor. And because of the way negotiation is conducted, it is imperative that a debtor hires only the best. Hiring an aggressive law firm that is experience would help a debtor get the favorable negotiation that would help a debtor pay fast. This is an alternative that a creditor accepts because that is what would give them part of their money. Without agreement or negotiation, it would be difficult for a debtor to pay off his or her debts. And because a creditor would not want a debtor to file for bankruptcy, accepting debt settlement is the best solution for them. And this is what would equally liberate a debtor from the hands of creditors. And because of this, a lot of debtors are making use of these law firms and companies for their debt settlement .


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US 4829465 A Abstract A discrete transform cosine circuit utilizing symmetries of the cosine matrix of coefficients to allow all multiplications to be done by "constant multipliers" comprising combinations of look-up tables and adders. Transform coefficients are developed by dividing each into a sequence of blocks of preselected size, the information in the blocks is sorted to develop a specific order and the reordered blocks are applied seriatim to a first one-dimensional cosine transform circuit employing the constant multipliers. The output of the first cosine transform circuit is applied to a transposing memory and then to a second cosine transform circuit that also employs "constant multipliers".
Claims(17) 1. A circuit for developing a plurality of transform coefficient signals comprising:
a plurality of multipliers, each capable of multiplying by one of at most two fixed constants, responsive to sequences of applied input signals, for developing sequences of product signals; means for reversing the sign of said product signals in accordance with a predetermined sequence for each of said multipliers; and a plurality of cyclical pipelined accumulator means responsive to said means for reversing, each capable of applying its output signal to its input and developing different ones of said transform coefficient signals. 2. The circuit of claim 1, further comprising input signal reordering means interposed between said sequences of said applied input signals and said plurality of constant multipliers.
3. The circuit of claim 1 further comprising output signal reordering means responsive to said transform coefficient signals.
4. The circuit of claim 1, further including means responsive to said transform coefficient signals for receiving said transform coefficient in parallel and providing said transform coefficient signals serially at an output port of said transform circuit.
5. The circuit of claim 4 further comprising output signal reordering means responsive to said transform coefficient signals serially appearing at said output port of said transform circuit.
6. The circuit of claim 5, further comprising input signal reordering means interposed between said sequences of said applied input signals and said plurality of constant multipliers.
7. The transform circuit of claim 1 wherein each of said cyclical pipeline accumulators comprises:
a plurality of combine-and-store networks, each having two inputs and one output, for arithmetically combining signals at said two inputs, storing the combined signals and making the stored signals available at said one output, with said combine-and-store networks connected in a ring, where one of said inputs of each of said combine-and-store networks is connected to said output of another one of said combine-and-store networks, and said second input of each of said combine-and-store networks is responsive to said product signals. 8. A transform circuit for developing a set of transform signals from a sequence of applied input signals comprising:
a plurality of multipliers responsive to said input signals, each multiplying said input signals by one of at most two different preselected constants and developing thereby a plurality of product signals; and cyclical pipeline accumulator means responsive to said plurality of product signal including means for applying its output signal to its input, for adding to or subtracting from a developing set of transform signals of said input signals, with said adding to or subtracting from said developing set of transform signals being controlled in accordance with a preselected sequence, and said developing set of transform signals becoming said set of transform signals upon completion of said adding or subtracting. 9. The transform circuit of claim 8 wherein said cyclical pipeline accumulator means comprises:
a plurality of combine-and-store networks, each having two inputs and one output, for arithmetically combining signals at said two inputs, storing the combined signals and making the stored signals available at said one output, with said combine-and-store networks connected in a ring, where one of said inputs of each of said combine-and-store networks is connected to said output of another one of said combine-and-store networks, and said second input of each of said combine-and-store networks is responsive to said product signals. 10. A circuit for developing a 2i point transform from 2i input samples where i is an integer comprising:
2i -1 multipliers, each responsive to said 2i input samples and each multiplying said input samples by a fixed constant to develop product signals; means for reversing the sign of said product signals in accordance with a predetermined sequence for each of said multipliers; and each of said cyclical pipelined means being capable of applying its output signal to its input, a plurality of cyclical pipeline accumulator means responsive to said means for reversing, for developing 2i transform coefficient signals. 11. The circuit of claim 10 wherein said transform is a cosine transform and said constants are cosine values of the angles comprising the multiples of π/(4 2i).
12. The circuit of claim 10 wherein said plurality of cyclical pipeline accumulator means includes a pipelined arrangement of 2i-1 two input adders supplying signals to one register in a set of 2i-1 registers, with one input of each of said adders being responsive to said product signals and the other input of each of said adders being responsive to a different register from said set of registers.
13. A two dimensional transform generator comprising:
a first one-dimensional transform generator responsive to input signals including a first plurality of multipliers, each capable of multiplying by one of at most two fixed constants, for developing sequences of first product signals; first means for reversing the sign of said product signals in accordance with a predetermined sequence for each of said multipliers in said first plurality of multipliers; and a first plurality of cyclical pipeline accumulator means each of said cyclical pipelined accumulator means being capable of applying its output signal to its input, responsive to said first means for reversing, for developing intermediate coefficient signals, an intermediate reordering memory responsive to said intermediate coefficient signals; and a second one-dimensional transform generator including a second plurality of constant multipliers, connected to said intermediate reordering memory, for developing sequences of second product signals; second means for reversing the sign of said second product signals in accordance with a predetermined sequence for each of said multipliers in said second plurality of multipliers; and a second plurality of cyclical pipeline accumulator means each of said cyclical pipeline accumulator means being capable of applying its output signal to its input, responsive to said second means for reversing, for developing final coefficient signals. 14. The two dimensional transform generator of claim 13 further comprising a preprocessing reordering memory interposed between said inputs signals and said first one-dimensional transform generator.
15. The two dimensional transform generator of claim 13 further comprising a postprocessing reordering memory responsive to said final coefficient signals.
16. The apparatus of claim 14, further comprising: means for applying image samples to said preprocessing reordering memory to develop discrete cosine transform coefficients at said final set of coefficient signals, and means for compressing said final set of coefficient signals.
17. The apparatus of claim 15, further comprising means for applying discrete cosine transform signals to said first one-dimensional transform generator to develop image samples at said final set of coefficient signals.
Description This relates to data processing apparatus for encoding and decoding two-dimensional information in an efficient manner. More particularly, this relates to apparatus for the creation of a two-dimensional cosine transform and its inverse. Image data compression has been a topic of considerable interest in recent years because of the burgeoning fields of information and communication. Compression of image data is necessary because in order to achieve pleasing results a picture must contain a large number of pixels, or elemental picture elements. Such images, however, contain a large amount of redundant information. Researchers have tried to encode images in a number of ways to reduce this redundancy and to thereby realize transmission and storage savings. These encoding approaches can be broadly divided into pulse code modulation, interpolative or extrapolative coding, vector quantization, and transform coding. In predictive coding, such as in the differential pulse code modulation (DPCM) approach, an attempt is made to predict the pixel to be encoded. The prediction is made by using the encoded values of the previously encoded pixels. Generally, these pixels are combined to generate a predicted value. The difference between the actual value and the generated predicted value is quantized and encoded prior to transmission or storage. Adaptive DPCM, where the prediction algorithm is based on local picture statistics, is a variation on this approach. In interpolative and extrapolative coding, only a subset of the pixels is sent to the receiver. The receiver must then interpolate the available information to develop the decoded pixels. In vector quantization, an image block is decomposed into a set of vectors. From the possible signal patterns and corresponding vectors, a subset of representative vectors is selected and included in a code book. When encoding, the developed sets of vectors are replaced with the closest representative vectors in the code book, and compression is achieved by further replacing the representative vectors with labels. Finally, in transform coding, instead of coding the image as discrete intensity values of sampling points, an alternative representation is made first by transforming blocks of pixels into a set of coefficients. It is the coefficients that are quantized and transmitted. Several transformations have been used in the art, such as the Hadamard, the Karhunen-Loeve, and the Discrete Cosine Transforms. These transforms conserve the signal energy in the transform domain but, typically, most of the energy is concentrated in relatively few samples. Samples that are very close to zero need not be transmitted, and samples of relatively low value can be quantized coarsely. This results in substantial compression of the data that needs to be either stored or transmitted. Huffman coding is often used after quantizing to further reduce the transmission rate. The Discrete Cosine Transform is a commonly applied transform. It is usually realized with processors built from TTL or ECL hardware which processes video at rates of about 8-10 megasamples per second. The transformation consists of multiplying an n�n matrix by an n element vector. Since parallel hardware multipliers are expensive, most theoretical work has concentrated on exploiting the symmetries of the cosine matrix to partition it into smaller matrices, so that the total number of multiplications is reduced. This results a variety of "Fast Discrete Cosine Transform" algorithms, which are close cousins of the FFT. One such algorithm for computing the Discrete Cosine Transform is described by C. H. Smith in a paper entitled "A Fast Computational Algorithm for the Discrete Cosine Transform," published in the IEEE Transactions on Communication, September 1977. Based on this algorithm, Widergren et al., in U.S. Pat. No. 4,385,363, issued May 24, 1983, describe apparatus for developing the Discrete Cosine Transform by the use of a plurality of shuffle and add, together with shuffle, multiply and add circuits which employ discrete arithmetic logic units. Employing a different architecture, R. L. Wilhelm describes a multiple point discrete transform processor in U.S. Pat. No. 4,449,194, issued May 15, 1984. The Wilhelm processor approximates each term of the Discrete Cosine Transform by power of 2 terms so that all mathematical steps are performed by shifting and/or subtracting digital signals. Moving from TTL and ECL standard chips to VLSI designs allows more flexibility in multiplier designs. It is an object of this invention, therefore, to develop a Discrete Cosine Transform architecture that accomplishes the transformation more efficiently by utilizing the advantages inherent in VLSI designs. In accordance with my invention, symmetries of the cosine matrix of coefficients are utilized to allow all multiplications to be done by "constant multipliers" comprising combinations of look-up tables and adders. Transform coefficients are developed by dividing each into a sequence of blocks of preselected size, the information in the blocks is sorted to develop a specific order and the reordered blocks are applied seriatim to a first one-dimensional cosine transform circuit employing the constant multipliers. The output of the first cosine transform circuit is applied to a transposing memory and then to a second cosine transform circuit that also employs "constant multipliers". Both the direct discrete cosine transform and the inverse discrete cosine transform are accomplished in this manner, and in one illustrative implementation both transforms are generated with the same constant multipliers and essentially the same support circuitry. My invention will be more fully appreciated from the following detailed description when considered in connection with the accompanying drawings in which: FIG. 1 is a block diagram of the forward discrete cosine transform coder; FIG. 2 is a block diagram of the inverse discrete cosine transform; FIG. 3 describes the matrix operation involved in computing a 16�16 forward cosine transform; FIG. 4 presents a reordered representation of the FIG. 3 matrix operation; FIG. 5 depicts one embodiment of a forward cosine transform circuit; FIG. 6 shows a simple rearrangement of the matrix multiplication of FIG. 4; FIG. 7 depicts a different embodiment of a forward cosine transform circuit; FIG. 8 illustrates another embodiment for the adder module included within the FIG. 7 transform circuit; FIG. 9 presents the inverse transform matrix equation; FIG. 10 illustrates a rearranged version of the FIG. 9 matrix which highlights the vertical and horizontal symmetries present the matrix; and FIG. 11 presents a block diagram of a cosine transform generator capable of implementing both the direct discrete cosine transform and the inverse discrete cosine transform. Transform coding is usually applied as an intraframe coding technique which eliminates the redundancy in each single frame of video. In a typical transform coder, the picture is divided into blocks of size n�n (n pixels�n lines) where n is a power of 2 and is usually 8, 16 or 32. The transform operation is applied to each block, and its results replace the n2 pixel values (local information) with n2 transform coefficients (block-wide information). Each of the transform coefficients say something about the entire block. For example, the "DC coefficient" represents the average value of the pixels in the block. Other coefficients represent the extent to which certain two-dimensional spatial frequency patterns are present in the block. Because the cosine vector set is orthogonal, information in one coefficient cannot be represented by any any combination of the others. Compression is achieved by discarding a number of coefficients (replacing them by zero at the decoder) and by restricting others to a smaller or coarser range of values. This approach works well because most of the information in the picture is contained in the low spatial frequency patterns, and the high frequency patterns have values close to zero. The eye is unlikely to miss the high frequency information that is thrown away. Following the transform coding and quantization, Huffman coding is often used to reduce the transmission rate still further. Rare large values of high spatial frequency coefficients are given long codes while values at or near zero are given have very short codes. FIG. 1 is a the block diagram of a 16�16 transform processor with m bit words. For a 16�16 transform and an initial sample accuracy of 8 bits, m ranges from 12 to 16 to avoid round-off errors. If compression is high, quantization error will be high and 12 bit accuracy will be sufficient. For more modest compression and higher quality, 14 to 16 bits is more appropriate. In FIG. 1, an initial 16 line "block reordering memory" 10 is used to rearrange each block of 16 raster scanned lines into blocks of 16 by 16, or 256 pels. It also serves the function of reordering the samples in each block in accordance with a preselected reordering pattern One such pattern is described below. Because the cosine transform is "separable", meaning that the two-dimensional operation can be accomplished as a succession of two one-dimensional operations, in FIG. 1, the output of memory 10 is applied to a one-dimensional transform circuit 20; the output of transform circuit 20 is applied to a "scan transpose" memory 30; and the output of memory 30 is applied to a second one-dimensional cosine transform circuit 40 that is identical to circuit 20. Memory 30 is of size 256�m, and is used to reorder the horizontally transformed results of the first 16 element transform so that the second transform is applied "vertically". To the extent that circuit 20 provides a scrambled output (i.e., out of cardinal order of subscripts n) circuit 40 requires a differently reordered sequence of inputs. It is the function of memory 30 to develop whatever sequence of signals required by circuit 40 from the sequence of signals provided by circuit 20. The output of circuit 40 is the set of desired coefficients of the two-dimensional Discrete Cosine Transform. Optionally, the output of circuit 40 may be applied, as it is in FIG. 1, to a quantizer 50, followed by additional compression in a circuit such as the variable length encoder, 60. A decoder is the inverse of the encoder. Corresponding to the encoder of FIG. 1, the decoder of FIG. 2 includes a buffer 15, Huffman decoder 25, and a representative value look-up ("de-quantizer") table 35 followed by the inverse cosine transform circuitry. The inverse cosine transform circuitry in accordance with the principles of my invention includes two identical transform stages, 45 and 65, surrounding a 256�m scan transpose memory 55. Optionally, there may be another memory (75) following stage 65. The inverse cosine transform differs from the forward transform in that it's cosine coefficients matrix is the transpose of the forward transform's matrix. This "matrix transpose" operation should not be confused with the "scan transpose", which re-orders coefficients in the two-dimensional space. To enhance understanding of the principles of my invention, FIG. 3 describes the matrix operation involved in computing a 16�16 cosine transform. The P elements represent the pel samples, the numbers in the matrix are the cosine coefficients, (multiplied by 1000 merely to simplify the presentation) and the C elements represent the developed cosine transform coefficients. FIG. 4 presents one of a number of possible reorderings of the FIG. 3 matrix operation which highlights the symmetries present in the cosine coefficients matrix. This order produces segments or "blocks" in the matrix in which the constants on the left-bottom to top-right diagonals have the same absolute values. FIG. 5 depicts an embodiment of the cosine transform circuit (20) of FIG. 1 which employs the symmetries apparent in FIG. 4. The FIG. 4 matrix can be segregated into two one coefficient segments (0.707), a two coefficient segment (0.923 and 0.382), a four coefficient segment (0.980, 0.555, 0.195, and 0.831), and an eight coefficient segment (0.995, 0.471, 0.773, 0.290, 0.980, 0.881, 0.634, and 0.956). The FIG. 5 circuit can be similarly segregated: e.g., multiplier 201 and its associated circuits, multipliers 202-203 and their associated circuitry, multipliers 204-207 and their associated circuits, and multipliers 208-215 and their associated circuits. Turning attention to the four coefficient segment in FIG. 5 for an illustrative "walk through" of the circuits structure and operation, multipliers 204-207 are responsive to input pel samples which are applied on line 200 in the order depicted in FIG. 4; to wit, P0, P5, P3, P6, P7, P2, P4, P1, P15, P10, P12, P9, P8, P13, P11, and P14. Multipliers 204-207 develop output signals corresponding to the product of the signed input signals with the unsigned constants 0.980, 0.555, 0.195, and 0.831, respectively. Multipliers 204-207 (and the other multipliers in the FIG. 5 circuit--i.e., 201-203 and 208-215) are most simply implemented with small read-only memories, or combinations of read-only memories and adders as described, for example, in U.S. patent application by S. Ganapathy, Ser. No. 725,921, filed Apr. 22, 1985. The output signals of multipliers 204-207 are applied to sign control circuits 304-307, respectively. Sign control circuits 304-307 account for the different signs that the multiplier coefficients must have (per the FIG. 4 matrix) under control of control signals applied by bus 300. More specifically, the circuit of FIG. 5 includes 15 sign control circuits (301-315) and, most simply, bus 300 includes 15 leads; each connected to a different sign control circuit. With reference to the four-coefficient segment shown in FIG. 5, the output of sign control circuit 304 is applied to adder 404 and the output of adder 404 is applied to register 504. The output of sign control circuit 305 and the output of register 504 are applied to adder 405 and the output of adder 405 is applied to register 505. In a similar fashion, the output of sign control circuit 306 and the output of register 505 are applied to adder 406 and the output of adder 406 is applied to register 506. Finally, the output of sign control circuit 307 and the output of register 506 are applied to adder 407 and the output of adder 407 is applied to register 507. The output of register 507 is fed back to adder 404, closing a feedback loop and thereby forming a cyclical pipelined accumulator structure. The just-described cyclical pipelined accumulator is well adapted to the function of transform computation because of the cyclical organization existing in the four-coefficient segment of FIG. 4. Transform coefficient C2 is developed by cycling through the sequence of multipliers 0.980, 0.555, 0.195, and 0.831. Offset by one, the transform coefficient C10 is developed by cycling through the sequence of multipliers 0.555, 0.195, 0.831, and 0.980. Offset by one more, is transform coefficient C14, and lastly comes transform coefficient C6. The C2 output is developed by multiplying P0 in multiplier 204, temporarily storing the product in register 504, adding to that the product developed in multiplier 205 and storing it in register 505, adding to that the product developed in multiplier 206 and temporarily storing it in register 506 and, lastly, adding to that the product of multiplier 207. In a pipeline fashion, while register 504 temporarily stores the partial product for transform coefficient C2, register 505 temporarily stores the partial product for coefficient C10, register 506 stores the partial product for coefficient C14 and register 507 stores the partial product for coefficient C6. After 16 picture elements have been applied to lead 200, the output of register 507 contains the coefficient C2, the output of register 504 contains the coefficient C10, the output of register 505 contains the coefficient C14, and the output of register 506 contains the coefficient C6. These output coefficients are applied in the FIG. 5 circuit to parallel-to-serial converter register 600 which outputs on lead 601 a stream of the coefficients C0 -C3 in accordance with the order depicted in FIG. 4. The above-described four-coefficient segment is representative of other segments. They differ only in the number of multipliers and the number of stages in the cyclical pipeline accumulator, and in the constants by which the input signals are multiplied. All of the circuits making up the circuit of FIG. 5 are conventional digital elements. The representations of numbers can be in sign-magnitude form or any other signed representation. There is a slight advantage to the sign-magnitude form since elements 301-315 can simply perform on exclusive OR on the sign bit. Sign control ROM, 320, which develops the output signals on bus 300 is a small read-only memory. For the FIG. 5 circuit, it may simply be a 16�16 memory. Actually, additional symmetries can be employed to reduce the size of ROM 320, as well as the overall circuitry, as shown below. A slightly different hardware architecture for realizing the cosine transform coefficients is obtained by noting that the top left quadrant of the matrix in FIG. 4 is identical to the top right quadrant, and that the bottom left quadrant is the negative of the bottom right quadrant. FIG. 6 shows a simple re-arrangement of the matrix multiplication in FIG. 4 that exploits this symmetry, and FIG. 7 presents an architecture that implements this: It replaces the 16 one-constant multipliers of FIG. 5 with 8 two-constant multipliers. The elements making up the FIG. 7 circuit to correspond to the elements in FIG. 5, except for multiplexers 602, 603 and 604, (single pole, double switches), and input adder module 605. Multiplexers 602-604 are arranged to permit calculation of either the even coefficients (with three independently operating segments) as specified by the upper portion of FIG. 6, or the odd coefficients (with one operating segment) as specified by the lower portion of FIG. 6. When used to calculate the odd coefficients, multiplexer switches 602-604 are connected to terminals II, as shown in FIG. 7; when used for the even, they are switched to terminals I. It may be noted that more symmetry exists in the top of the matrix and that this symmetry could be used to further reduce the number of multiplications required to calculate the even coefficients. However, as 8 multipliers are required anyway for the odd coefficients, there is little to be gained in doing so. Input adder module 605 provides for the appropriate delay and combining of the input signals, as specified by FIG. 6. For calculating the even coefficients pels P0 through P1 (in the mixed order specified earlier) are delayed in register 606, added to pels P15 through P14 respectively in adder 607, and passed to multipliers 701-708 through multiplexer switch 608. Concurrently, pels P15 through P14 are subtracted from the delayed pels P0 through P1 in element 609, and the developed difference signals are delayed in register 610 and applied through multiplexer switch 608 to multipliers 701-708. Multipliers 701-708 differ from multipliers 301-315in that they are arranged to multiply by either one of two constants. This implementation can be almost identical to that of multipliers 301-315. It may be noted that for sake of clarity that the FIG. 7 circuit does not show some of the obvious details. FIG. 8 illustrates another embodiment for adder module 605. It is more complex than the module depicted in FIG. 7, but, as will come to light below, the FIG. 8 module may be employed in the inverse discrete cosine transform as well. In FIG. 8, element 611 is a two-input and two-output arithmetic element. In response to inputs A and B, element 611 develops both A+B and A-B output signals. The A-B output is applied through multiplexer switch 612 to a 4-pel register 613, and the A+B output is applied to 2-pel register 614 and to 2-input multiplexer switch 615. The output of register 614 is applied to a secnd 2-pel register, 618, and to a first input of a 4-input multiplexer switch, 616. The output of register 618 is applied to a second input of switch 616, while the output of register 613 is applied to a third input of switch 616 and to the input of a second 4-pel register 617. Finally, the output of register 617 is applied to the fourth input of multiplexer switch 616 and to a second input of switch 615. During the time when P0 through P1 are applied to the input, switch 612 is connected to the "in" input (as shown in FIG. 8) and switch 615 is connected to the output of register 617. At that time, the output of register 617 (and hence at the output of switch 615) is P0 -P15 through P1 -P14 of the previous sequence of pel signals. At the end of the first 8-pel sequence, pels P0 through P1 are stored in registers 617 and 613, switch 612 is connected to the A-B input, switch 615 is connected to the A+B output element of 611, and switch 616 is connected to the output of register 617. Pel signals P15 thorough P14 are then applied to the B input of element 611, yielding P0 +P15 at the A+B output of element 611 and, correspondingly, at the output of switch 615; while yielding P0 -P15 at the A-B output of 611 and into register 613 through switch 612. For the next eight input samples, the sum signals P0 +P15 through P1 +P14 appear at the output while the difference signals P0 -P15 through P1 -P14 are stored within registers 613 and 617 for output at the next sequence, as referenced above. FIG. 9 presents the inverse transform matrix equation. The matrix of coefficients employed in computing the inverse transform is the mathematical transpose of that of the forward transform and, accordingly, the transposes of the blocks segregated in FIG. 5 can also be segregated in FIG. 9. In connection with the FIG. 5 matrix, three observations were made which led to the realization of the FIG. 7 circuit: one, that the cosine coefficients matrix can be rearranged to highlight symmetries by judicious reordering of the input signals and the sequence of transform coefficient computation; two, that by judicious segmentation of the computation task, selected transform coefficient sets can be computed in hardware that is shared in a cyclic pipeline fashion; and three, that a realization of the smaller segments can be had by time sharing the physical cyclic pipeline accumulator hardware that is used for the one largest segment. Similar observations can be made in connection with FIG. 9 where the input samples are transform coefficients C, in the order C0, C8, C4, C12, C2, C10, C14, C6, C1, C11, C7, C13, C15, C5, C9, and C3, and the output is pel samples P, in the order P0, P5, P3, P6, P7, P2, P4, P1, P15, P10, P12, P9, P8, P13, P11, and P14. Specifically, as soon as the C0 and C8 samples arrive, all of the multiplications requiring use of the 0.707 multiplier can be carried out. When sample C4 and C12 arrive, all of the multiplications requiring use of the 0.923 multiplier and use of the 0.382 multiplier can be carried out, and so on. FIG. 10 illustrates a rearranged version of the FIG. 9 matrix which highlights the horizontal as well as the vertical symmetries present in the matrix. In accordance with the upper portion of FIG. 10, the output pel samples can be obtained by adding four components, as specified by the four columns. Elements [A, B], [C, D], [E, F, G, H], and [I, J, K, L, M, N, O, P] identified in the upper portion of FIG. 10 are computed as specified in the lower portion of FIG. 10. FIG. 11 is a transform generator that is capable of realizing both the forward discrete cosine transform and the inverse discrete cosine transform. Its operation in the forward transform mode has essentially been described earlier; so the following addresses only the inverse transform operation, except for the following comment. In the forward mode, input signals on line 110 are applied to adder module 605 through multiplexer switch 111, and from there to line 200 through multiplexer switch 212. The output of the circuit is derived from parallel to serial converter 600 through multiplexer switch 113. Switches 111, 112, and 113 are shown in FIG. 11 in their inverse discrete cosine transform position. In the inverse transform, input signals (which are the cosine transform coefficients, C) are applied to bus 200 via multiplex switch 112 without going through adder module 605. It is assumed that the order of the applied cosine transform coefficients is as described above and depicted in FIG. 9. If a rearrangement in the order of the applied coefficients needs to be made, a memory made be provided to perform the reordering. As soon as input samples C0 and C8 arrive, the A and B components of FIG. 10 are computed with the aid of multipliers 701 and 702, respectively. The A component is stored in register 501 and the B component is stored in register 502. When input samples C4 and C12 arrive, multipliers 703 and 704 are activated, and the cyclic pipeline accumulator segment of FIG. 11 which includes adders 403 an 404 and registers 503 and 504 develops the C and D components. The C component is stored in register 503 while the D component is stored in register 504. When the next four input samples arrive (C2, C10, C14 C6), multipliers 705-708 are activated and the cyclic pipeline accumulator segment of FIG. 11, which includes adders 405-408 and registers 505-508, develops the E, F, G, and H components. Upon completion of the computations required to generate the E, F, G, and H components, the contents of registers 505-508 which contain those components, and the contents of registers 501-504 are transferred to parallel-to-serial converter 600. During the next segment, while input samples C1, C4, C7, C13, C15, C5, C9 and C3 arrive, register 601 shifts its content through line 601 and switch 612 to adder module 605. Concurrently, multipliers 701-708 compute the I through P components in a manner identical to the computations performed in the forward transform. Upon completion of the computations required to generate the I through P components, the contents of registers 505-508 are transferred to parallel-to-serial converter 600 and shifted out via line 601 to adder module 605. Adder module 605 receives the A through P components, seriatim, and its function is to add the various components in accordance with the specification embodied in the upper portion of FIG. 10. To develop P0, for example, it needs to compute the value A+C+E+I. To develop P7, it needs to compute the value of A+C-E+M. This combining of the necessary components is accomplished in the adder module depicted in FIG. 11 by controlling switches 616 and 615 in accordance with the table below. TABLE______________________________________ switch switch switch switchcycle 616 615 cycle 616 615______________________________________0 x 1 8 2 01 x 1 9 2 02 0 1 10 2 03 0 1 11 2 04 1 1 12 4 05 1 1 13 4 06 3 1 14 4 07 3 1 15 4 0______________________________________ Since the addition and subtraction pattern in the upper portion of FIG. 10 is very regular, the adder module approach presented in FIG. 11 is quite good. Other approaches are also possible, of course, such as the use of a random access memory and a ROM control of the access addresses and arithmetic operation to be performed. The above detailed description covers the details of circuits 20, 40, 25 and 45 in FIGS. 2 and 3. As is apparent from the above description, the memories preceding these circuits must implement the sample orderings that are prescribed. This can be achieved with very simple combinatorial circuits or, simpler still, with very small read-only memories that control the writing and reading in the memories. The remaining circuitry in FIGS. 2 and 3 is completely conventional and is therefore left to the practitioner to select a design that best suits the designer. As for the specific sequence of pel samples and cosine transform coefficient, it may be noted, for example, that in the illustrative example presented in the sequence 15, 10, 12, 9, 8, 13, 11, and 14 can be easily obtained by taking one's complement of the sequence 0, 5, 3, 6, 7, 2, 4, and 1; and that the latter sequence can easily be obtained by shifting right the binary representation of the sequence 1, 11, 7, 13, 15, 5, 9, and 3. Treating the sequence generation matter more generally, the following presents a method by which the sequences can be obtained for 8, 16, and 32 point transforms. In the following equations, N is half the number of points in the transform, p(x) be the xth pel subscript and c(x) be the xth coefficient subscript; "x" represents the position of the subscript p(x) or c(x) in the list of subscripts. The first N values of p(x) for a transform of size 2N may be found by the following procedure: Set p(0)=c(0)=0 and set p(1) to values from 1 to N-1; get the remaining p(x) for each setting of p(1) from: 2p(x+1)=[(2p(x)+1)(2p(x)+1)]mod 2N for 0<x<N The resulting permutation sets that involve all values from 0 to N are valid (some will be degenerate). To find the corresponding c(x) the "ancestor" of each p(x) must be found by swapping values N apart such that the smaller ones end up on the left. The series p(x)0<x<N-1 will correspond to the first N terms of the "ancestor" 2N point transform. The final N subscripts are given by the following: p(x+N)=N-1-p(x) for 0<=x<N c(x+N)=2p(x)+1 for 0<=x<N. Although only a number of particular implementations have been described for the direct and the inverse transforms, it is understood that other embodiments may be had which incorporate the principles of our invention. For example, other trigonometric function transforms may be realized, other reorderings of the cosine coefficients matrix can be employed to develop different hardware organizations, different hardware can be employed for pre-processing and post-processing, etc. It should be understood, therefore, that the above disclosure is merely illustrative of the principles of my invention and is not limiting in any sense. Patent Citations
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Osaka (KIX-Kansai Intl.) HotelsSet on its very own artificial island on the deep blue waters of Osaka Bay, you'll find Kansai International Airport (KIX). It's the key international gateway to the southern Japanese city of Osaka, with its thriving shopping scene and culinary culture. The airport's futuristic silver-domed interiors provide vast and airy waiting areas, Western and Eastern eateries, and a huge range of tempting shops. There are also play areas for the kids, if you're traveling as a family. Hotels in
Osaka (KIX-Kansai Intl.)Most of the hotels near Kansai Airport provide eminently affordable mid-range accommodation, full of handy amenities to make your stay as comfortable as possible, such as free WiFi and in-house restaurants. For a quick, convenient, and no-fuss place to bed down, stay in a budget hotel. Where to stayIf you're a business or short-stay traveler looking for immediate airport access, stay in the Izumisano area, and enjoy the small-city vibe and breathtaking views across the shimmering Osaka Bay waters. For round-the-clock urban energy of bars, restaurants, and showy shops, stay in central Osaka's Minami district, while history lovers may prefer to settle in the environs of Osaka Castle, and tour the awe-inspiring 16th century fortress itself. How to get to Osaka (KIX-Kansai Intl.)Kansai Airport provides year-round flights to and from destinations across the globe. Fly in from Amsterdam, Dubai, or Melbourne, or across from San Francisco in the US. There are also many domestic flights, serving destinations like Hong Kong and Tokyo. Once here, rent a car onsite and drive the 45 minutes to central Osaka. Alternatively, you can hop on the sleek and speedy airport train to the urban sprawl.
Hotels near Osaka (KIX-Kansai Intl.)
Osaka (KIX-Kansai Intl.) hotels, Osaka
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Hotels within 0.5 miles of Osaka (KIX-Kansai Intl.)
Hotel Nikko Kansai Airport
Excellent 4.3 / 5 ( 883 reviews )
318 people looked at this hotel in the last hour
Most recent review
"Room was spacious & comfortable. I slept well, sound proofing was pretty good. I liked the non-intrusive service, they even provided a humidifier."
A Traveller, Feb 2015, SG
Hotels within 4 miles of Osaka (KIX-Kansai Intl.)
Star Gate Hotel Kansai Airport
Excellent 4.3 / 5 ( 405 reviews )
307 people looked at this hotel in the last hour
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"Although the hotel looks a little old, the view from the room was awesome! especially when you are staying on the higher floors"
A Traveller, Feb 2015, SG
Kansai Airport Washington Hotel
Excellent 4.0 / 5 ( 735 reviews )
187 people looked at this hotel in the last hour
Most recent review
"ideal location to airport with early flight to catch. Second floor convenience store. Frequent shuttle buses from 5.05am in morning (not all other hotels provide this all day service so be careful to check). Overall perfect for us. Room was fine. Recommend."
A Traveller, Feb 2015, AU
Hotels within 5 miles of Osaka (KIX-Kansai Intl.)
Kansai Airport First Hotel
Good 3.4 / 5 ( 58 reviews )
133 people looked at this hotel in the last hour
Bellevue Garden Hotel Kansai International Airport
Excellent 4.0 / 5 ( 142 reviews )
129 people looked at this hotel in the last hour
Most recent review
"Used this hotel as a transit point - evening arrival with early morning departure. Make sure to check shuttle timetable. Breakfast starts from 6:30 which was a concern as this was the same time as my shuttle departure back to Kansai. Fortunately the vending machines had instant noodles as a bac..."
A Traveller, Oct 2014, AU
Hotel Garden Palace & Kansai Airport Spa
Good 3.9 / 5 ( 127 reviews )
56 people looked at this hotel in the last hour
Most recent review
"Would be much better if more shuttle bus provided during rush hours"
A Traveller, Jan 2015, US
Kanku Hotel Sunplus Yutaka
Good 3.0 / 5 ( 4 reviews )
50 people looked at this hotel in the last hour
Hotel Yutaka Wing
Good 3.2 / 5 ( 20 reviews )
27 people looked at this hotel in the last hour
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"Hotel front desk very helpful , polite and professional . Hotel is very convenient for Osaka airport travellers."
A Traveller, Apr 2013, IE
Hotels within 6 miles of Osaka (KIX-Kansai Intl.)
Hotel New Yutaka
Good 3.8 / 5 ( 14 reviews )
47 people looked at this hotel in the last hour
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"We arrived at midnight from the airport and found a comfortable room. The 7 eleven is just down the street for a late night snack. In the morning the staff rang for a taxi for us."
A Traveller, Jan 2014, AU
Lodge Tyojirou
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30 year old woman | Baton Rouge, LA, USA | Seeking men 28-38 within 100 miles
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Laissez Les Bon Temps Rouler
Consider myself a thoughtful, independent woman, who is truly altruistic. Three of the best compliments I have ever received in my life: I am an old soul, cultural, and have an aura about me that people are attracted to. Love to laugh, so a sense of humor is a must. Staying cool, calm, and collected in most situations, is a huge plus. Being raised in the deep south, I am passionate about cooking and will admit nothing but great reviews so far. Growing up with male cousins, I really enjoy and understand sports. Pretty open minded and will most likely try anything at least once. Truly believe in quality versus quantity.
Camping , Cooking , Dining out , Fishing/Hunting , Gardening/Landscaping , Hobbies and crafts , Movies/Videos , Museums and art , Music and concerts , Exploring new areas , Nightclubs/Dancing , Playing cards , Playing sports , Religion/Spiritual , Shopping/Antiques , Travel/Sightseeing , Watching sports , Wine tasting
Bowling, Dancing, Other types of exercise, Walking / Hiking, Weights / Machines
I exercise 3-4 times per week.
Middle of the Road
Anywhere in the Caribbean or on the Gulf Coast.
Louisiana State University and Agricultural and Mechanical College, Baton Rouge, LA
Family and friends, paying it forward, music (especially live), the beach, a great painting, a warm fire, and spontaneous travel. The simple things in life that are free.
Anything outdoors, painting, snorkeling when I travel...see interests above.
Travel magazines and looking for a good book that makes you laugh out loud.
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text:
CryptDecodeObject function
The CryptDecodeObject function decodes a structure of the type indicated by the lpszStructType parameter. The use of CryptDecodeObjectEx is recommended as an API that performs the same function with significant performance improvements.
BOOL WINAPI CryptDecodeObject( _In_ DWORD dwCertEncodingType, _In_ LPCSTR lpszStructType, _In_ const BYTE *pbEncoded, _In_ DWORD cbEncoded, _In_ DWORD dwFlags, _Out_ void *pvStructInfo, _Inout_ DWORD *pcbStructInfo );
- dwCertEncodingType [in]
Type of encoding used. It is always acceptable to specify both the certificate and message encoding types by combining them with a bitwise-OR operation as shown in the following example:
Currently defined encoding types are:
Note Either a certificate or message encoding type is required. X509_ASN_ENCODING is the default. If that type is indicated, it is used. Otherwise, if the PKCS7_ASN_ENCODING type is indicated, it is used.
- lpszStructType [in]
A pointer to an OID defining the structure type. If the high-order word of the lpszStructType parameter is zero, the low-order word specifies the integer identifier for the type of the specified structure. Otherwise, this parameter is a long pointer to a null-terminated string.
For more information about object identifier strings, their predefined constants and corresponding structures, see Constants for CryptEncodeObject and CryptDecodeObject.
- pbEncoded [in]
A pointer to the encoded structure to be decoded.
- cbEncoded [in]
Number of bytes pointed to by pbEncoded.
- dwFlags [in]
The following flags are defined. They can be combined with a bitwise-OR operation.
- pvStructInfo [out]
A pointer to a buffer to receive the decoded structure. When the buffer that is specified is not large enough to receive the decoded structure, the function sets the ERROR_MORE_DATA code and stores the required buffer size, in bytes, in the variable pointed to by pcbStructInfo.
This parameter can be NULL to retrieve the size of this information for memory allocation purposes. For more information, see Retrieving Data of Unknown Length.
- pcbStructInfo [in, out]
A pointer to a DWORD value specifying the size, in bytes, of the buffer pointed to by the pvStructInfo parameter. When the function returns, this DWORD value contains the size of the decoded data copied to pvStructInfo. The size contained in the variable pointed to by pcbStructInfo can indicate a size larger than the decoded structure, as the decoded structure can include pointers to other structures. This size is the sum of the size needed by the decoded structure and other structures pointed to.
Note When processing the data returned in the buffer, applications must use the actual size of the data returned. The actual size can be slightly smaller than the size of the buffer specified on input. (On input, buffer sizes are usually specified large enough to ensure that the largest possible output data fits in the buffer.) On output, the variable pointed to by this parameter is updated to reflect the actual size of the data copied to the buffer.
Return value
If the function succeeds, the return value is nonzero (TRUE).
If the function fails, the return value is zero (FALSE). For extended error information, call GetLastError. Some possible error codes are listed in the following table.
Return code | Description |
An error was encountered while decoding. |
A decoding function could not be found for the specified dwCertEncodingType and lpszStructType |
If the buffer specified by the pvStructInfo parameter is not large enough to hold the returned data, the function sets the ERROR_MORE_DATA code and stores the required buffer size, in bytes, in the variable pointed to by pcbStructInfo. |
If the function fails, GetLastError may return an Abstract Syntax Notation One (ASN.1) encoding/decoding error. For information about these errors, see ASN.1 Encoding/Decoding Return Values.
When encoding a cryptographic object using the preferred CryptEncodeObjectEx function, the terminating NULL character is included. When decoding, using the preferred CryptDecodeObjectEx function, the terminating NULL character is not retained.
For an example that uses this function, see Example C Program: ASN.1 Encoding and Decoding.
Minimum supported client | Windows XP [desktop apps only] |
Minimum supported server | Windows Server 2003 [desktop apps only] |
Header |
Library |
See also


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Very clean, staff were very nice friendly, close to Win River Casino with shuttle service to and from. clean and neat, breakfast buffet good.
the shower was bad the bed was hard are it has a rap paper on it
Every thing was wonderful !!! room ,beds, food, and coffee in the room too!!
Clean room & accommodating staff. Also like the fact that they were some eating establishments in walking distance.
Beds were too hard for my bad back and the 3 locks on the door raised an eyebrow.
Staff was nice
Poor wifi service Broken ice machine Poor furniture Had trouble with room key, did not work
Nice folks at front desk.
Pretty much everything. Classless, uncomfortable, dirty...
it was close to Winstar casino
Upon arrival the front area seemed empty. The lady was super nice which I liked however when she assigned us a room she made a mistake. She gave us a room that was already occupied. I walked in on someone. We went downstairs and she gave us another room.
Sent to a dirty room. Not enough towels in room. Ran out of food for breakfast an hour after it began. Normally like this chain but will not use this hotel again
It was a clean room
It was a bit out of our way to and from the casino
Great and accommodating for the price!
Didn't have tea available for breakfast.
Staff and room was outstanding for the price
Breakfast was a bit underwhelming, not horrible though
I liked how close it was to my venue.
The breakfast was horrible.
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We're not the seller At KAYAK we don't set prices, so it's not possible for us to guarantee what other companies are selling.
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Jacobs Receives Contract From Afipsky Refinery In Russia
PASADENA, Calif., April 10, 2012 /PRNewswire/ -- Jacobs Engineering Group Inc. (NYSE: JEC) announced today that it was awarded a contract from Afipsky Refinery, located in the Krasnodarskij Region of Russia, to develop a basic engineering package for an amine regenerator unit, a sour water stripper and an expected 55 tons per day (TPD) sulfur recovery unit (SRU). All three units are part of a refinery extension project which includes a hydrotreater unit and a visbreaker unit.
Officials did not disclose the contract value.
The SRU design is based on Jacobs' proprietary EUROCLAUS® process and is being executed from Jacobs' office in Leiden, The Netherlands. Jacobs is working closely with the Moscow-based EPC contractor, Giprogazoochistka, who is Russia's leading engineer of gas treating units and SRU's.
A global leader in the design of SRU's, Jacobs has designed approximately 450 units around the world since 1985, including 15 SRU's in Russia and several countries in the former Soviet Union.
In making the announcement, Jacobs Group Vice President Robert Matha stated, "We are proud to receive this new contract and look forward to working with Giprogazoochistka to support Afipsky Refinery's important expansion project." Jacobs is one of the world's largest and most diverse providers of technical, professional, and construction services. Statements made in this release that are not based on historical fact are forward-looking statements. We base these forward-looking statements on management's current estimates and expectations as well as currently available competitive, financial and economic data. Forward-looking statements, however, are inherently uncertain. There are a variety of factors that could cause business results to differ materially from our forward-looking statements. For a description of some of the factors which may occur that could cause actual results to differ from our forward-looking statements please refer to our 2011 Form 10-K, and in particular the discussions contained under Items 1 - Business, 1A - Risk Factors, 3 - Legal Proceedings, and 7 - Management's Discussion and Analysis of Financial Condition and Results of Operations. We do not undertake to update any forward-looking statements made herein.Check Out Our Best Services for Investors
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Dover Motorsports, Inc. Director Eugene W. Weaver Passes Away
Dover Motorsports, Inc. (NYSE: DVD) is saddened to announce the passing of long-time member of the Board of Directors Eugene W. Weaver, and wishes to express its deepest sympathies to the Weaver family.
"Over the years Gene contributed a great deal to our organization," said Denis McGlynn, CEO and President of Dover Motorsports, Inc. "We are grateful for his lifelong dedication to our efforts. For over 40 years he was a most valuable contributor to our success."
This release contains or may contain forward-looking statements based on management's beliefs and assumptions. Such statements are subject to various risks and uncertainties which could cause results to vary materially. Please refer to the Company's SEC filings for a discussion of such factors.
Dover Motorsports, Inc. is a leading promoter of motorsports events in the United States. Its motorsports subsidiaries operate two motorsports tracks in two states and promote NASCAR sanctioned and other motorsports events. The Company owns and operates Dover International Speedway in Dover, Delaware and Nashville Superspeedway near Nashville, Tennessee. For further information, log on to
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text: Close 2014 Avg. Career Avg..236 Name Born Height Weight Number Position Bats Throws Reg. SeasonPostseasonGame LogSplitsvs PitcherNotes6/28/2010 11:47:00 PMDescription: Jen Langosch of MLB.com reports, via Twitter, that Crosby (concussion) exited Monday night's game with concussion-like symptoms.Insight: Crosby collided with right fielder Lastings Milledge in the second inning, and was replaced in the game by Delwyn Young. (SportsBuff.com) 6/23/2010 2:24:00 PMDescription: The Pittsburgh Post Gazette reports Pirates' manager John Russelll said Crosby is providing leadership for young infielders Pedro Alvarez and Neil Walker. Insight: Crosby had back-to-back three hit games on Monday and Tuesday and has been getting regular playing time lately. Still he is hitting .255 with one home run and 10 RBI this season and is not a good fantasy option. (SportsBuff.com) 4/22/2010 11:24:00 AMDescription: The Pittsburgh Post Gazette reports Crosby (shoulder) could be back by the weekend.Insight: Crosby has missed an opportunity to see significant playing time at third base with Andy LaRoche suffering from back spasms. (SportsBuff.com) 3/8/2010 10:22:00 AMDescription: Crosby went 2-for-4 on Sunday with a three-run home run on Sunday as he started at 1B.Insight: Crosby is basically certain to make the Pirates' final roster as a backup infielder. (SportsBuff.com) Steady7/18/2009 12:46:00 PMDescription: Crosby made a start at first base for slumping Jason Giambi and hit a three-run homer out of the ninth slot in the lineup.Insight: Despite hitting just .212 for the season, Crosby has hits in his last five games. The A's will take offensive production wherever they can get it. Crosby might in line for more playing time. (SportsBuff.com) Steady3/21/2009 11:57:00 PMDescription: Crosby will make his debut at a new position, second base, next week, according to the San Francisco Chronicle.Insight: Crosby lost his shortstop slot when the A's signed Orlando Cabrera. With Mark Ellis recovering from offseason shoulder surgery, Crosby could fill in. (SportsBuff.com) Steady3/8/2009 9:56:00 AMDescription: Crosby could get some extra playing time for the A's if he is willing to be a backup outfielder, according to the San Francisco Chronicle.Insight: The 2004 Rookie of the Year has asked to be traded so that he can continue to play in the middle of the infield, but he may want to listen to the A's and see if he can boost his value as a super utility player. His bat has been missing, often due to injuries, since that 2004 season. (SportsBuff.com) Steady3/7/2009 9:14:00 PMDescription: Crosby met with the A's brass and reiterated his trade demand, according to the A's website.Insight: Crosby is behind Orlando Cabrera at shortstop and behind Nomar Garciaparra as far as utility infielder. He still believes he can be a starting shortstop and maybe some other team will too. (SportsBuff.com) Cold3/3/2009 9:23:00 AMDescription: Crosby asked for a trade upon the A's signing Orlando Cabrera. If he stays in Oakland, Crosby will head to the bench.Insight: There is probably not a lot of demand for a poor-hitting shortstop with limited power and a history of injuries. The days of Crosby being a fantasy entity are over (and they probably ended a few years ago). (SportsBuff.com) Cold2/22/2009 12:48:00 PMDescription: The A's may have come to the end of the line with Crosby as their shortstop. He finally stayed healthy last year but hit just .239.Insight: Crosby's career jumped out of the gates when he hit 22 homers in 2004 as a rookie. He hit 33 combined homers in the four seasons since and hasn't been able to stay healthy. He may become a bench player. (SportsBuff.com)


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How to Use Social Media to Climb the Career Ladder
Are you using social tools effectively enough that they could help you move forward in your digital marketing career?
So you want to propel yourself into a leadership position in digital marketing? You may be in a manager or director role but yearn for executive status. Everyone in sales knows that digital marketing and tactics like social media marketing have changed the way the professional salesperson does his or her work, but what about the non-sales employees? In this article, I will review how you can use LinkedIn to climb up the career ladder to leadership.
Lead Generation Strategies for Every Channel- Go For the Gold! [Free In-Depth Guide]
Today's buyer is self-directed and multi-tasking continually, which means marketers have to work even harder to spread their message across multiple channels. That's why Marketo created the Definitive Guide to Lead Generation to help your marketing team find better leads, enhance relationships with potential customers, and close deals faster. "Thar's gold in them thar hills" and this great guide full of useful nuggets will help you dig it out.
Click here: http://bit.ly/1D2n18o
The 10 highest rated companies for internships in 2015
Students, edit your resumes and type up your cover letters — it's internship time.
But the competition will be stiff, especially if you're applying to Facebook, whose internships are rated the highest for the second year in a row, according to careers website Glassdoor. (What's the secret, Zuckerberg?)
The Ultimate Hashtag Cheat Sheet (Infographic)
By now you know that hashtags are like clickable magnets, drawing eyeballs to your social content. But did you know that if you use too many -- more than two or so per post -- it can actually drive people away? That is with the exception of Instagram, where numerous hashtag use is the norm and reel in tons of views. Eleven hashtags per post on the photo-sharing hub is the magic number...for now.
Sounds like a lot to remember? It can be. Each social platform has its own unwritten rules for hashtaggery and they're constantly changing.
The 10 Twitter Marketing Dos and Don'ts We Learned From Oscar Night
Brands took to Twitter during Hollywood's biggest night, with varying degrees of success. What can we learn from their highs and lows?
With Twitter in the midst of a new product push that includes the introduction of a native video tool, all eyes are on the site to see whether it's a "sustainable business." One thing is certain: it remains the place to go to measure consumer sentiment and zeitgeist in response to major events. After Sunday's Academy Awards, the media once again took the pulse of viewers by analyzing the tweetstorms that swept across the platform. "What's the trick to watching the Oscars without a) falling asleep, b) napping or c) resting your eyes for a bit?" askedThe Guardian. "It's following the action, or often lack of, via Twitter."
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- How Bluenose reduced its customers' time-to-value to a mere 49 days
- 6 Content Marketing Videos & 7 eBooks to Improve your Social Media Marketing [Free Resources]
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- What the cost of a Super Bowl ad can buy online


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Spain's Present is Obama America's Future
Although Spain is not as bad off as Greece, a look at Spain's current economic reality reveals the future of America under four more years of Barrack Obama.
Despite European commitments to inject up to 100 billion euros into Spain's faltering banking system, bank withdrawals have accelerated.: During July, doubts about Spain's financial system caused Spaniards to withdraw a record $94 billion from their banks. : : That amounts to 7 percent of Spain's total domestic economic output.
Capital flight is beginning to include educated entrepreneurs who are fed up with scant job opportunities in a country with a 25 percent unemployment rate.: Statistics show that in a twelve month span 30,000 Spaniards have registered to work in Britain, an increase of 25 percent over 2011 levels.
Since taking office in 2009, Obama has aggressively promoted a "green energy" agenda modeled after the one pursued by Spain.: The assumption that pursuing the same agenda will bring about different results is based on no known empirical data.
If American voters are willing to accept 25 percent unemployment as the new normal and can live with a combination of major investment capital flight and disappearing employment opportunities, then Obama's re-election is a foregone conclusion.
However, if Americans prefer to see a resurgence of American economic might through development of its domestic energy resources, and the millions of jobs that activity will create, then Obama's days in the White House are numbered.
Also see...
The latest feminist obsession with rape has reached the point where false accusations are now being thrown around loosely. It has resulted in a negative stigma toward men on college campuses, and...
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Breaking: Rick Perry To Suspend Campaign Today
Via Mediate CNN political analyst Paul Steinhauser is reporting that Texas Governor Rick Perry is telling supporters that he will
President Obama Disrespects Presidency, Lowers Discourse: "Teabaggers" [NSFW]
NOT SAFE FOR WORK. DO NOT OPEN AT WORK. YOU ARE WARNED. Jake Tapper reports about Jonahtan Alter's new book


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Dilly Deli
Tulsa, OK 74120
Phone: 918-938-6382
Fax: 918-794-8998
Located in Tulsa's downtown Blue Dome District, Dilly Deli features the finest breads, meats and vegetables on classic and creative deli sandwiches. Enjoy breakfast, lunch or dinner inside or outside on the patio. Dilly Deli's rye, wheat, Tuscan and focaccia breads come from the Farrell family organic bakery in Tulsa.
For breakfast, enjoy fresh, homemade muffins, cinnamon rolls and bagels. A local favorite is the corned beef hash with two eggs and toast, as well as the crunchy, homemade granola with milk or the steel-cut Irish oatmeal. Order the delectable Brioche french toast with maple syrup; and, if you're feeling particularly indulgent, add strawberries and whipped cream to your order for an added sweet treat.
Dining Type: Casual Dining
Facility Amenities: ADA Compliant, Children's Menu, Credit Cards Accepted, Full Bar, Full Service, Handicapped Parking, Outdoor Seating
Group Amenities: Private Dining Room
Highway Corridors (within 5 mi.): US-412, US-75
Meals Served: Breakfast, Brunch, Dinner, Lunch
Day | Open | Close |
Sunday | 8:00 am | 4:00 pm |
Monday | 7:00 am | 8:00 pm |
Tuesday | 7:00 am | 8:00 pm |
Wednesday | 7:00 am | 8:00 pm |
Thursday | 7:00 am | 8:00 pm |
Friday | 8:00 am | 8:00 pm |
Saturday | 8:00 am | 8:00 pm |
Primary Contact: | Dru Titchener |
1 |
The sun on your face, aromas of your next meal blowing by your table and some of the state's greatest views await you at outdoor dining spaces across Oklahoma.


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Pulling, Grabbing, Etc.
Pulling, grabbing, and hitting
These behaviors are normal for infants as they discover all the fun things they can do with their hands -- and the more excited your reaction, the more fun it seems to them. Remember, a baby doesn't know that grabbing and hitting are "wrong" until you tell him. When your baby pulls your hair or hits your face, gently remove his hands and say, "You hurt Mommy," while looking into his eyes. Then show him an alternative to hitting, such as "Give me five," or offer him something else to grab, such as your finger. If he hits another child, tell him, "We don't hit, we hug," and demonstrate the alternative. If he pulls a pet's tail, show him how to be gentle. Finally, little hands are always looking for things to grab, so give the young explorer word associations to help him sort out what he may touch. Try "yes touch" for safe things, "no touch" for objects that are off-limits, and "soft touch" for faces and animals.


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- 5 beds
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Close to Lake Raystown for all the recreation and boating adventures. Yet out in the country to enjoy the peacefulness and quiet. This 3600 sq foot English Tudo... read more
Surrounded by mountains and so close to Lake Raystown you will find this gem of a home. With a contemporary feel, enjoy the gorgeous view form your ceiling to f... read more
Nicely finished Colonial home with upgraded features. 1920 square feet plus basement. Eat-in kitchen open to family room with fireplace. Kitchen features custom... read more
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Photo Courtesy of HomeOfHeroes.com |
In action against Confederate forces at Fort Sedgwick, Virginia, on April 2, 1865, a color bearer fell after being struck by seven enemy bullets. Sergeant Charles Ilgenfritz, despite the danger he had just witnessed, immediately sprang forward and grasped the colors, planting them on the enemy's forts amid a murderous fire of grape, canister, and musketry from the enemy forces. |
Photo Contributed by his g-g-grandson, Scott A. Gladfeller
Medal Of Honor Feature Sites |
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additional MOH Photos at LEFT, CLICK HERE. |
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HomeOfHeroes.com now has more than 25,000 pages of US History for you to view.


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1481 SW Market St
Lees Summit, MO
Conoco Food Stop
1501 SW Us Highway 40 Blue Springs, MO
Magic Wand Car Wash
1103 W Main St Greenwood, MO
I have been serving the Kansas City are for over 35 years with the best products available from around the world. I have trained my staff to treat my customer�??s vehicles, homes and business as their own. I am very proud of my experienced staff they have been with me for many years and compete on the world stage for top honors in window tinting
We tint windows on Automotive, Residential, and Commercial glass, We carry a full line of products including but not limited to privacy, decroative, safety, security, and paint Protection Films


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Office of civil rights forSubmitted by autumn3way on Mon, 07/11/2011 - 2:59pm.
Office of civil rights for the disibilities have been nonitified as of today. All documents have been forward. I hope they will take this matter serious. My response was the same if told this child is non-verbal the first respone should have been notifying the parents. »
Reply |


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Airdrie graduate receives scholarship from ADASBy: Stacie Snow | Posted: Thursday, Mar 27, 2014 12:18 pm Former Airdrie resident Erin Hunter recently received a $1,000 scholarship from the Airdrie and District Agricultural Society Airdrie (ADAS). ADAS awarded the 2013 Bert Church High School grad, who is studying mathematics at the University of Lethbridge, with a scholarship of $1,000. �I applied for this scholarship because I want to have a great university experience without feeling overstressed with financial problems. I was so grateful when I had won this one because $1,000 makes a huge dent in my tuition costs,� said Hunter. �While I am very thankful that I was chosen to receive this scholarship, I know that there were few applicants, which makes me a little disappointed. I strongly encourage any students in Grade 12, or even Grade 11, to apply for as many scholarships as they can. There are so many scholarships available out there, from leadership to sports to academic achievements, that everyone can find ones that they can apply for.� The organization awarded the post-secondary scholarships based on Hunter�s academic achievement and extracurricular activities. The ADAS also based their decision on her response to the society�s essay topic �The value of volunteerism.� As the ADAS is a not-for-profit organization whose works would be impossible without the assistance of countless volunteers, Brenda Moon, spokeswoman and past president of the ADAS, said this is an important theme for applicants to address. �Helping area youth attain their post-secondary education is very important. These are our future community leaders and we�re happy to make their road to higher education a little easier so they can focus on their studies,� she said. Hunter, and all award recipients, must have graduated from any Airdrie high school, successfully completed one term of study and remain enrolled full-time in an appropriate course of study at an accredited post secondary institution. ADAS encourages any student who has graduated from an Airdrie high school and is pursuing post-secondary studies to apply for their two scholarships (one for non-agricultural studies and one for agriculture-related programs). Application deadline is Sept. 15 of each year. More information and the application form can be found on the �We Support� page of their website www.airdrieagsociety.com. Application forms are also available at all Airdrie high schools. Comments
The Airdrie City View welcomes your opinions and comments. We do not allow personal attacks, offensive language or unsubstantiated allegations. We reserve the right to delete comments deemed inappropriate. We reserve the right to close the comments thread for stories that are deemed especially sensitive. For further information, please contact the editor or publisher. |


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Got some cross stuff to sell, or need something new? You've found the right place.
Brand new Cyclocross Carbon Wheelset
BRAND NEW Carbon cyclocross wheelset w/ Hope hubs Hand built locally by Brad Head (Zed Wheel Works, Victoria) Awesome set... 03/04/2015
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Price: $875.00
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Price: $875.00
Heavy duty 3 bike carrier rack
The bike rack for sale carries three bikes. A round top tube is best because of it's V style mounts.... 12/22/2013
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Price: $60.00
Total views: 267
Price: $60.00
2013 TREK Marlin 15.5 29er
Like new (75k of Galloping Goose rides) 2013 TREK Marlin MTB 29er. 15.5" frame. Great starter MTB and would be... 11/14/2014
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Total views: 154
Price: $475.00
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Sterling Silver Charms & Pendants
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You are viewing all 5 items.
You are viewing all 5 items.
A Good Day Necklace
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Our daughter Payton used to make us read this book called "A Good Day." It is a series of events...
Star Adjustable Bracelet
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These adjustable bangles are great as gifts for yourself as well as others. There are so many...


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Yeah I saw Thanks man and by the way, great job on it
Did a video for WWE but having troubles uploading any videos lately. But I can email it to ya if you want. Thats whay I'm doing with R(obs)
HQ please man.
I'm there mate.
HQ when you get the chance man
Special package coming your way in about 5 mins or so!
How you getting on with the second match?
Thanks! Yeah Lukaku is top class, 18 league goals last season for WBA, better than both Torres and Ba, maybe combined as Torres only had like 2 or 3. Depends on whether they play him or not. Yeah Coutinho is incredible, alot of Liverpool fans gave BR stick when he signed him for £8m rather than Sneijder because Coutinho wasn't playing many games, they've all been put to shame now. Great work from our scouts, I was a little bit weary of signing him but you know how I back Liverpool on anything. Glad it's worked out like this. Exactly, typical Arsenal! Hate it! But they do play some amazing football.
Haha, I know that. Blind in one eye though, that's fair game! Damn right, love being paid weekly! Chelsea could come 2nd if City don't start well but I don't think they're good enough to come above both Manchester teams. Still need a striker too. With or without Suarez I think 5th place. Improvement but we're not quite good enough yet, Arsenal still too good at getting 4th. They win the right games.
Haha, but the bitches do love me! Good stuff chief, working is a pain, do love getting paid though! Are you not Ronaldo Haha, they will eventually, although options are running out. I still think they'll win the league if they don't buy anyone.
Black Ninja!
The Trinity
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Dr. Clark Featured in TheHorse.com
Check out this article on Dr. Carol Clark.
Some of her research has been given high acclaims for being some of the best in 2014!
A Tradition of Leadership & Excellence in Equine Medicine
Disclaimer: All images and information contained within this site are the property of Peterson & Smith. Use of any of these materials without the written permission of Peterson & Smith is strictly prohibited. All rights reserved.