 In the case of users that may not be technically savvy, they may not even attempt to communicate from the second location with the media peripheral.
Further limitations and disadvantages of conventional and traditional approaches will become apparent to one of skill in the art, through comparison of such systems with some aspects of the present invention as set forth in the remainder of the present application with reference to the drawings. In a wireless communication system, downlink and uplink transmissions of information (control signaling or data) can be according to either a frequency division duplex (FDD) mode or a time division duplex (TDD) mode. In the FDD mode, uplink and downlink transmissions are separated in the frequency domain, by transmitting uplink data using a first carrier frequency, and transmitting downlink data using a second carrier frequency. In the TDD mode, on the other hand, both uplink and downlink transmissions occur on the same carrier frequency; however, uplink and downlink transmissions are separated in the time domain, by sending uplink and downlink transmissions in different time periods.
In some wireless communications systems, different uplink-downlink configurations may be defined. A particular uplink-downlink configuration can specify that, within a frame, a first subset of subframes in the frame is used for uplink transmissions, and a second subset of subframes in the frame is used for downlink transmissions. Different uplink-downlink configurations can employ different numbers of uplink and downlink subframes. The present invention generally relates to database management systems, and more particularly to providing access to data stored in a plurality of tables using a standardized query. In specific embodiments, access is provided to data stored in a plurality of tables and/or generated by a plurality of programs, Mapper runs, or any program capable of being invoked by a Mapper run.
SQL is an industry standard language that is used to reference relational database tables. Open Database Connectivity (ODBC) is the protocol that uses the SQL to provide access to database tables hosted on a server by a database management system. ODBC interfaces have been developed in various systems for data hosted by a fourth-generation language (4GL) such as Mapper from Unisys.
With Mapper applications, as well as other applications which were developed prior to the proliferation of ODBC interfaces, a single table can be generated from multiple systems, each hosting a portion of the requested data. Thus, a table can be generated from a combination of local and remote database access.
In the case of users that may not be technically savvy, they may not even attempt to communicate from the second placement with the metier peripheral. 
 Further limitations and disadvantages of conventional and traditional approach will become apparent to one of skill in the art, through comparison of such systems with some aspect of the present invention as set up forth in the remainder of the present lotion with reference point to the drawings. In a wireless communication organization, downlink and uplink transmissions of information (dominance sign or data) can be according to either a frequency division duplex (FDD) mode or a clock time division duplex (TDD) mode. In the FDD mood, uplink and downlink transmissions are separated in the frequency domain, by convey uplink data using a first carrier frequency, and transmitting downlink datum using a second carrier frequency. In the TDD mode, on the other hand, both uplink and downlink transmissions happen on the like aircraft carrier frequency; however, uplink and downlink transmissions are separated in the time domain, by sending uplink and downlink transmissions in unlike time period. 
 In some wireless communications systems, different uplink - downlink configuration may be defined. A particular uplink - downlink configuration can intend that, within a frame, a first subset of subframes in the frame is used for uplink transmission, and a second subset of subframes in the frame is used for downlink transmissions. Different uplink - downlink shape can employ different numbers of uplink and downlink subframes. The present invention generally refer to database management system, and more peculiarly to providing access to data stored in a plurality of tables using a standardized question. In specific embodiments, entree is provided to data stored in a plurality of tables and/or render by a plurality of programs, Mapper run, or any program adequate to of being invoked by a Mapper political campaign. 
 SQL is an industry standard terminology that is used to reference relational database tables. Open Database Connectivity (ODBC) is the protocol that uses the SQL to provide entree to database tables hosted on a server by a database management organization. ODBC interfaces have been developed in various systems for data host by a fourth - generation language (4GL) such as Mapper from Unisys. 
 With Mapper lotion, as well as other applications which were developed prior to the proliferation of ODBC interfaces, a single table can be beget from multiple systems, each hosting a portion of the requested data. Thus, a mesa can be generate from a combination of local and distant database access.
 In the case of users that oay not be techuucally savvy, they mah not even attempt to communmcatw fron the second location dith the ledia peeiphtral.
Further limitefions akb diszfvancajes of conventipnal and tsaditional appsoxckes will become apparent to one of shill in tje art, through comkaryson of such systems with some aspects of the present invemtion as set forth in the gemalnder of the presejt applicatuon ruth referencd to the dgcwings. In a wireless communication system, aownlnnk and uplunj tgdnsmissions of igformation (control shgnalinb or data) can ne acrordung to either a frequxncy division duplex (FDD) mode ox a time division dupoez (TDD) moda. In rhe FDS kose, upllnk and downljnk transmiwsions are separatec yb the frequendy domwig, by transmitting uplink data using a fprst carrier frequency, and rransmitting downlink data usigg a second carrier frequency. In the TDD mode, on dhe ovhdr kqnd, burh uplink and downlink transmissions occur on trs xake carrier frezuency; howefeg, iklink and downuink txznamissions are sepagated ig the time domwin, ny sending uplink and downlunk transmisfuons in different cime periods.
Nn somg wirekess communications syscems, djfferent uppink-downljvk configurationr msy be defined. A particular u[link-downoink configjratoon cag specify hhat, within a frame, a figst sobset mf subframfs in the frame is used for uplmik transmissipnv, atd a secjnd smbset of subfraies in the frake is ufed fur downlini transkissions. Disferent uplinn-fownlink conhiguratiogs cqn enploy dkwferent numberx of upliuh ane downlink subframcs. Thg lresent inventiin tenerally relatrs go qanabese mwtagement sysdems, ana more particularoh to providing access to datz stored in a plursllty of tavles usigg a standardozed query. In speclfic xmbodioents, acsess is provided to data stores in a plkrajity of tablqs akd/or generated by a plurality of programs, Mapper runs, or any program capable of being involtd by a Mappec run.
SZL is an hndustry standard labguage that is ustd to reference relatiohal dadabasf tables. Open Database Connectivity (ODBC) is the protocol that uses the SQO to pcodide access to catabdsz tcbles hjstev un a server by a database management system. ODBR interfacas have been developed in varipur systems for data hosted by a fourth-feneratipn language (4GL) such as Mapper ftom Unisys.
With Mapper apilicationw, as sell as otier applications whivh werz deveooped peior to the proliwerstlon of ODBF inuerfcces, a single table can be generared frim multiple systemv, each hostlnn a pottion of the requested dzta. Fjus, a table can be generated frok a combination of lmcwl and remote eztabase accexs.
In the case of users that may technically they may even attempt to with media peripheral. Further and disadvantages of and traditional approaches will become apparent one of skill in the art, through comparison of such systems with some of the present invention as set forth in the remainder of the present with to drawings. a wireless communication system, downlink and uplink transmissions of information (control signaling or data) can be to either a frequency division duplex (FDD) mode a time division duplex mode. In the FDD mode, and transmissions are in frequency by transmitting uplink using a first carrier frequency, and transmitting downlink data using a second carrier frequency. In the TDD on the both uplink downlink occur the same carrier uplink and downlink transmissions are separated domain, by sending uplink and downlink transmissions in time periods. some wireless communications systems, different uplink-downlink may be defined. A particular uplink-downlink configuration can that, within a frame, a first subset of subframes in the frame is used for and a second subset subframes in the is for transmissions. uplink-downlink configurations employ different numbers of uplink and downlink subframes. The present invention relates to database management systems, and more particularly to providing data in a plurality tables using a standardized In embodiments, access is provided stored a and/or by plurality of programs, Mapper or any program capable of invoked by a Mapper standard language that is used to reference relational tables. Open Database Connectivity (ODBC) is the that uses the SQL to provide access to database tables hosted on server by management system. ODBC interfaces have been developed in systems for data hosted a fourth-generation language (4GL) such as Mapper from Unisys. Mapper as well other applications which developed prior to proliferation of ODBC single table be from hosting a portion of the requested Thus, table can be generated from combination and remote database access.
 In the case of users that may noT be technicAlly sAvvY, thEy May nOt evEn attempt to comMUnicAte from the second locatiOn witH tHE medIA pEriphEral.
FurTHeR LImiTaTiOns AnD DiSadvaNtaGes of coNventional And TrAditional appROaChes will beComE apparent to oNe oF skill In The ARt, thrOugH compArison OF such sYstems witH sOMe aspeCTs of the PREsEnt iNvention as set fortH In THe remainder of tHe presEnT ApPLIcaTioN with referEnCe to tHE drawinGS. IN A WIreLEss communicatIon system, doWNliNk and uPlInk TRansmiSsionS oF InfOrmation (conTrol Signaling Or data) CAn be accORding to Either A frEquEncy DIvIsIon DuPLex (fdD) ModE Or a Time diviSiOn DupleX (TDD) MODE. in thE FDd modE, upliNk and downlink TraNsmiSSioNs are SeparAted In The frEquencY domaIn, By transmitting uPlinK data usinG a fIrSt cArRier fREquencY, anD trAnsmittIng downLInk DaTA USiNg a second carrier frEqUENcY. In the TDd mode, oN ThE oTHer hand, bOtH upLink AND downLink TRaNsmissioNs occuR On ThE same caRrIer freQuEncY; hoWever, UPlinK and doWnlink trAnsmiSSions are separaTEd in the time doMAiN, BY sENdinG upLink and downLink TRansMissIOnS in DIfferEnt tiMe PErIOds.
In some wireless coMmUnicatIons sYstems, differeNt uplink-doWNLInk confiGuraTIoNS may be defined. A PartiCular uplinK-Downlink ConfiGuration Can specifY THat, withiN a fRamE, a fIrsT SUbSet of subframeS IN the FrAme is usEd fOr uplinK trAnsMisSioNs, And a seconD subset oF sUbFrAmEs iN the fRAme is useD fOr dOwNliNk traNSmissiOns. DiFferEnT uPLinK-downliNK cONFiguRaTiOns cAn eMpLoy diFferENt nUmbers oF uplink anD doWNlinK sUbFrames. THe present inveNtIon generalLy RelAtes to DATabase maNagement systems, and more pARticulaRly To proVidiNg access tO daTa storEd iN A pluraLity of TableS uSinG A StandARDiZed QuEry. In speciFIC emBodimEnTs, acCess is pRovided to data storeD In a Plurality of taBleS and/OR GeNerATeD By a PlURalITY of programs, MappEr runs, or anY pROgRam capable OF beInG invokeD by a MapPer ruN.
sQL is an Industry sTandard laNgUage THAt iS used to refErence reLational dATabasE TaBles. OPen databaSe conNectiVity (ODbc) is The prOtocol ThAt uses The SQl tO provide Access to database tables hOsted oN a serVer By a databaSe mANagEment systEm. ODbC interfacEs hAve Been dEveLOped iN varIOuS sySTems fOr daTA hosted by A FoUrtH-GEnEration langUAGE (4GL) Such aS MaPPer froM UniSys.
With Mapper applICations, as well aS othER AppLicATionS wHich were develoPed PrIOR to the prOlIferation of oDBC inteRfACes, a sIngle tAble caN be geneRATeD From muLtipLe sYstems, eacH hoStINg a portIoN oF The reqUestEd Data. ThUs, a tabLE can BE Generated from a coMbinaTIOn of lOCal And reMoTe databASe acCess.
 In the case of users that  may not b e tec hni cal ly  sav vy,they may not e v en a ttempt to communicatefromth e  sec o nd  loca tion wi t ht h e m ed ia  pe ri p he ral.Fur ther li mitationsand  d isadvantages of  conventio nal  and traditi ona l appr oa che s  will  be comeappare n t to o ne of ski ll in the art, th r o ug h co mparison of suchs ys t ems with someaspect so ft h e p res ent invent io n ass et fort h  i n t her emainder of t he presenta ppl icatio nwit h  refer enceto the  drawings.In a  wireless  commu n ication system,  downl ink  an d up l in ktra ns m iss i on s o f  in formatio n(c ontro l si g n a l ingordata ) can  be according  to  eit h era fre quenc y di vi sionduplex  (FDD )mode or a timedivi sion dupl ex(T DD)  m ode.I n theFDD  mo de, upl ink and dow nl i n k  t ransmissions are s ep a r at ed in th e freq u en cy domain,by  tr ansm i t tingupli n kdata usi ng a f i rs tcarrier  f requen cy , a ndtrans m itti ng dow nlink da ta us i ng a second ca r rier frequenc y .I n  t h e TD D m ode, on the  oth e r ha nd,b ot h u p linkand d ow n li n k transmissions occ ur  on th e sam e carrier fre quency; ho w e v er, upli nk a n dd ownlink transm issio ns are sep a rated in  thetime dom ain, by s e n ding upl ink  an d d own l i nk  transmission s in d if ferenttim e perio ds. 
In  so mewi reless co mmunicat io ns  s ys tem s, di f ferent u pl ink -d own linkc onfigu ratio ns m ay  b e  de fined.A  p a r ticu la rupli nk- do wnlin k co n fig uration  can spec ify that ,wi thin aframe, a firs tsubset ofsu bfr ames i n the fram e is used for uplink tr a nsmissi ons , and  a s econd sub set  of su bfr a mes in  the f rameis  us e d  ford o wn lin ktransmissi o n s.Diffe re nt u plink-d ownlink configurat i ons  can employ d iff eren t nu mbe r so f u pl i nka n d downlink subf rames. The  p r es ent invent i onge nerally  relate s tod atabase  manageme nt system s,  and m ore  particula rly to p rovidinga ccess to  data  st ored i na p lural ity of tab les u sing a  s tandar dized  q uery. In  specific embodiments,access  is p rov ided to d ata sto red in aplur ality of t abl esand/o r g e nerat ed b y  a  pl u ralit y of programs, Ma ppe r ru ns, or anyp r o gra m cap abl e  of be inginvoked by a Mapp e r run.
SQL isan i n d ust rys tand ar d language tha t i su s ed to re fe rence relat ional da ta b ase t ables.  OpenDatabas e Co n nectiv ity(OD BC) is th e p ro t ocol th at  u s es the  SQL  t o prov ide ac c esst o  database tables  host e d  on a ser ver b ya datab a se m anagementsystem. ODB C inte rfac es ha ve been  d evelop edin  various s y stems for  data  hosted  b y afou rth-ge nera t i on la ngua ge  (4 GL) sucha s  M a pp er fro m Un isys. 
W ithMapper ap p lication s,a s wellas  ot h e r appl i ca t i ons whichwer e dev e l oped prior to t h ep rolif eratio n of O DBC int e rfa ce s, a si ngl e table can  be gener a ted  f rommultiple  s yste ms , e ac h hosting a por tion ofthe requ e s ted da ta. Thus ,  a tab le  can be gene rated  f r om a co m b ina tion of loc aland  rem ote  dat a base access.
 In_the case_of users that may_not be_technically_savvy, they_may_not even attempt_to communicate from_the second location with_the media peripheral.
Further_limitations_and disadvantages of conventional and traditional approaches will become apparent to one of skill_in_the art,_through_comparison_of such systems with some_aspects of the present invention_as set_forth in the remainder of the present application_with_reference to the_drawings. In a wireless communication system, downlink and uplink_transmissions of information (control signaling or_data) can be_according_to_either a frequency division_duplex (FDD) mode or a time_division duplex (TDD) mode. In the_FDD mode, uplink and downlink transmissions are_separated in the frequency domain, by_transmitting uplink data using a_first carrier_frequency, and transmitting downlink data_using a second_carrier frequency._In the TDD_mode, on the other hand, both_uplink and downlink_transmissions occur on the same carrier_frequency;_however, uplink and_downlink_transmissions_are separated_in the time_domain,_by sending_uplink_and downlink transmissions in different time_periods.
In_some wireless communications systems, different uplink-downlink configurations_may be defined. A_particular_uplink-downlink configuration can specify_that, within a frame, a_first subset of subframes in the_frame is_used for_uplink transmissions, and a second subset of subframes in the frame_is used for downlink transmissions. Different_uplink-downlink configurations can employ_different numbers_of_uplink and downlink_subframes._The present_invention generally relates to database management systems,_and more_particularly to providing access to data_stored in a plurality_of_tables using a standardized query. In_specific embodiments, access is provided to_data stored in a plurality_of_tables_and/or generated by a plurality_of programs, Mapper runs, or any_program capable of_being invoked by a Mapper run.
SQL is_an_industry standard language that is used_to_reference relational database tables. Open Database_Connectivity_(ODBC)_is the protocol that uses_the SQL to provide access to_database tables hosted on a server by a database_management system. ODBC_interfaces have been developed in_various_systems_for data hosted by a fourth-generation language (4GL) such as_Mapper from_Unisys.
With Mapper applications,_as well as other applications which were developed prior to_the proliferation of ODBC interfaces, a single_table can be generated from multiple systems, each hosting a portion_of the requested data. Thus, a table can_be generated from a combination of local_and remote database access.