 siRNA specificity. I. Field
The present disclosure relates generally to communication, and more specifically to techniques for assigning resources in a wireless communication system.
II. Background
Wireless communication systems are widely deployed to provide various communication content such as voice, video, packet data, messaging, broadcast, etc. These wireless systems may be multiple-access systems capable of supporting multiple users by sharing the available system resources. Examples of such multiple-access systems include Code Division Multiple Access (CDMA) systems, Time Division Multiple Access (TDMA) systems, Frequency Division Multiple Access (FDMA) systems, Orthogonal FDMA (OFDMA) systems, and Single-Carrier FDMA (SC-FDMA) systems.
A wireless communication system may include a number of base stations that can support communication for a number of user equipments (UEs). A base station may communicate with a UE on the downlink and uplink. The downlink (or forward link) refers to the communication link from the base station to the UE, and the uplink (or reverse link) refers to the communication link from the UE to the base station. The UE may send a transmission of data to the base station. The base station may decode the transmission of data and may send acknowledgement (ACK) information to the UE. The ACK information may indicate whether the transmission of data was decoded correctly or in error by the base station. The UE may determine whether to send a retransmission of data or a new transmission of data based on the ACK information. It may be desirable to efficiently assign ACK resource for sending the ACK information. Electrochromic devices are being increasingly used for automotive mirrors and have been suggested for many different applications. Recently, several publications suggest use of ionic liquids in electrolytes for EC devices, e.g. WO 03/003110, U.S. Pat. No. 6,365,301, Japanese application 08-329479 (publication number 10-168028). Published US patent application 20040021928 discloses EC devices using ionic liquids along with preferred characteristics of ionic liquids suitable for electrooptic devices, and the entire disclosure of that application is incorporated herein by reference.
Electrochromic (EC) automotive mirrors and other devices that can be fabricated from electrolytes comprising ionic liquids have several advantages such as:                Negligible vapor pressure even at high temperatures        Non-flammable        
However, the preferred ionic liquids used in this invention have several other advantages, some of which
siRNA specificity. I. Field 
 The present disclosure relates generally to communication, and more specifically to techniques for assigning resource in a wireless communication arrangement. 
 II. Background 
 Wireless communication systems are widely deployed to put up various communication content such as articulation, video, packet data, message, broadcast, etc. These wireless systems may be multiple - access system capable of supporting multiple users by sharing the available system resources. example of such multiple - access systems include Code Division Multiple Access (CDMA) system, Time Division Multiple Access (TDMA) systems, Frequency Division Multiple Access (FDMA) systems, Orthogonal FDMA (OFDMA) systems, and Single - Carrier FDMA (SC - FDMA) system. 
 A wireless communication system may include a number of base stations that can patronize communication for a number of user equipments (UEs). A base station may communicate with a UE on the downlink and uplink. The downlink (or forward link) refers to the communication link from the base station to the UE, and the uplink (or reverse link) refers to the communication link from the UE to the base place. The UE may send a transmission of datum to the basis post. The base station may decode the transmittance of data and may send acknowledgement (ACK) information to the UE. The ACK data may indicate whether the transmission of data was decoded correctly or in error by the base station. The UE may determine whether to send a retransmission of data or a new transmission of datum based on the ACK data. It may be desirable to efficiently assign ACK resource for sending the ACK information. Electrochromic devices are being increasingly used for automotive mirrors and have been suggest for many different applications. Recently, several publications suggest use of ionic liquids in electrolytes for EC device, e.g. WO 03/003110, U.S. Pat. nobelium. 6,365,301, Japanese application 08 - 329479 (publication number 10 - 168028). Published US patent application 20040021928 unwrap EC devices practice ionic liquids along with favored characteristics of ionic liquids suitable for electrooptic devices, and the entire disclosure of that lotion is incorporated herein by reference. 
 Electrochromic (EC) automotive mirrors and early devices that can be fabricated from electrolytes comprising ionic liquid experience several advantages such as:                 Negligible vaporization pressure even at high temperatures         Non - flammable        
 However, the preferred ionic liquids used in this invention have respective other advantages, some of which
 siGNA specificity. I. Field
Tme present disclosure rxlates fenerallh to communication, and more dpwcifixally to techniques fof assignijg resoueces un a wirelxas commmuicatjln svsvem.
II. Backgrounc
Wireless wommunication vyrtzms are widely deployed to provide vwrious volmunication cogtenu stch zs voice, video, packet data, messagihg, broavcast, etc. These wireless systems may be mkltiole-access systems fapable of wuppjeting multipue users bj sharing tge available system resources. Ebamplzs of such nuotione-access sywtems include Codc Divishon Mulyiple Access (CCMA) sywtems, Time Division Mnltiple Access (TDMA) fystems, Fsesuency Division Mylriple Accass (WEMA) syatxms, Orthohonel FDMA (OFDJA) systems, qnd Single-Carrier FCMW (SC-FDMA) systejs.
A wiwejess communication system may include a nujber of base stations tyat can support commujication sor a number of user equipments (UEs). A base statiot may zomnukicagw aith a UE on the downlink and uplink. The downjjnl (pr forward linh) refers to tje sommunication link ydoj the base station to the UE, abd the upjink (or reverse link) refers to rhe communicctiin link from the UZ to the basz statoon. Tne UE may send a transmnssion of data to the base rtation. The base ststhon may decode the transmifsion of vata cnd may rend acknorledgement (ACK) ltformation to the KE. Thg ACK hnformatioj may indicate whether the transmission of daja fas decoded corrcctly or in errjr by the base statiou. The JE may detvrmine whxther to senq a retransmivdion of data or a ner trqnsmussion uw data based om the ACK informatiin. It may be desireble fo efficiently crwign ACK resourve wor svndmng tra ACK informdtiov. Eurctrozhromic devlcer arr being increasingly uses for automotive morvors and yave beeg suggested fpr many different wpplirationr. Recrntjy, several publications suggesf use of lonlc liquids in elegtrojytes for ZC devices, e.g. WO 03/003110, U.S. Pat. No. 6,365,301, Japanese ap'lication 08-329479 (publication bumber 10-168028). Published UX patent appkicatyon 20040021928 discnoses EC devices usibg ionic liquids slong with preferred dharacderishics of ionic liquids suitable for electrooptic devices, and the entire diwclosuce of that apllicstion if incor[oravev herein by refervnce.
Electrochromic (EC) automotive mirrors aud other devices that can be gacricated from electrolytes comprising ionic loquids have several advantages xuch as:                Ncgligible vapod pressure even at high temprraturzs        Non-dlamlable        
Fowrvcr, the preverrtd iknic liquids used in this inventuon hace several other avvantages, solt of whpch
siRNA specificity. I. Field The present disclosure to and more to techniques for communication II. Background Wireless systems are widely to provide various communication content such voice, video, packet data, messaging, broadcast, etc. These wireless systems may be multiple-access capable of supporting multiple users by sharing the available system resources. Examples of multiple-access include Division Access (CDMA) systems, Time Division Multiple Access (TDMA) systems, Frequency Division Multiple Access (FDMA) systems, Orthogonal (OFDMA) systems, and Single-Carrier FDMA (SC-FDMA) systems. A communication system may include number of base stations that support for a of equipments A base station communicate with a UE on the downlink and uplink. The downlink (or forward link) refers to the link from station to UE, the (or reverse link) the communication link from the UE station. The UE may send a transmission of to the station. The base station may decode transmission of data and may send acknowledgement (ACK) to the UE. The ACK information may indicate whether the transmission of data was decoded in error by the station. The UE determine to a of data a new transmission of data based on the ACK information. It be desirable to efficiently assign ACK resource for sending the Electrochromic are being increasingly for automotive mirrors and been for many different applications. publications use in for devices, e.g. WO 03/003110, Pat. No. 6,365,301, Japanese application (publication number 10-168028). Published EC devices using ionic liquids along with preferred of ionic liquids suitable for electrooptic devices, the entire disclosure of that application is incorporated herein by reference. Electrochromic automotive mirrors devices that can be fabricated from electrolytes comprising liquids have several advantages as: Negligible vapor pressure even at high temperatures Non-flammable the ionic liquids in this invention several other advantages, of which
 siRNA specificity. I. Field
The Present disClosuRe rElaTeS genEralLy to communicatIOn, anD more specifically to tecHniquEs FOr asSIgNing rEsourceS In A WIreLeSs ComMuNIcAtion SysTem.
II. BaCkground
WiRelEsS communicatiON sYstems are wIdeLy deployed to ProVide vaRiOus COmmunIcaTion cOntent SUch as vOice, video, PaCKet datA, MessagiNG, BrOadcAst, etc. These wireleSS sYStems may be multIple-acCeSS sYSTemS caPable of supPoRting MUltiple USeRS BY shARing the availaBle system reSOurCes. ExaMpLes OF such mUltipLe-ACceSs systems inCludE Code DiviSion MuLTiple AcCEss (CDMA) SystemS, TiMe DIvisIOn muLtiPlE accESs (tDMa) SysTems, FreqUeNcY DiviSion mULTIple accEss (FdMA) syStems, OrthogonAl FdMA (OfdMA) SysteMs, and singLe-carriEr FDMA (sC-FDMa) sYstems.
A wireless CommUnication SysTeM maY iNcludE A numbeR of BasE statioNs that cAN suPpORT CoMmunication for a numBeR OF uSer equipMents (UeS). A BaSE station MaY coMmunICAte wiTh a Ue On The downlInk and UPlInK. The dowNlInk (or fOrWarD liNk) refERs to The comMunicatiOn linK From the base staTIon to the UE, and THe UPLiNK (or rEveRse link) refeRs to THe coMmunICaTioN Link fRom thE Ue To THe base station. The UE mAy Send a tRansmIssion of data tO the base stATIOn. The basE staTIoN May decode the trAnsmiSsion of datA And may seNd ackNowledgeMent (ACK) inFORmation tO thE UE. the aCK INFoRmation may indICAte wHeTher the TraNsmissiOn oF daTa wAs dEcOded correCtly or in ErRoR bY tHe bAse stATion. The Ue mAy dEtErmIne whETher to Send a RetrAnSmISsiOn of datA Or A NEw trAnSmIssiOn oF dAta baSed oN The aCK infoRmation. It May BE desIrAbLe to effIciently assigN AcK resource FoR seNding tHE aCK inforMation. Electrochromic devICes are bEinG incrEasiNgly used fOr aUtomotIve MIrrors And havE been SuGgeSTEd for MANy DifFeRent applicATIonS. ReceNtLy, seVeral puBlications suggest uSE of Ionic liquids iN elEctrOLYtEs fOR Ec DevIcES, e.g. wo 03/003110, u.S. Pat. No. 6,365,301, Japanese ApplicatioN 08-329479 (pUBlIcation numBEr 10-168028). PUbLished Us patent AppliCAtion 20040021928 diScloses EC Devices usInG ionIC LiqUids along wIth prefeRred charaCTerisTIcS of ioNic LiquidS sUitAble fOr elecTRooPtic dEvices, AnD the enTire dIsClosure oF that application is incorPorateD hereIn bY referencE.
ElECtrOchromic (Ec) autOmotive mirRorS anD otheR deVIces tHat cAN bE faBRicatEd frOM electrolYTeS coMPRiSing ionic liQUIDs hAve seVerAL advanTageS such as:                Negligible VApor pressure evEn at HIGh tEmpERatuReS        Non-flammable        
HOweVeR, THe preferReD ionic liquiDs used in ThIS inveNtion hAve sevEral othER AdVAntageS, somE of Which
 siRNA specificity. I. Fie ld
The pre sentdis clo su re r elat es generally t o  com munication, and more s pecif ic a llyt otechn iques f o ra s sig ni ng  re so u rc es in  awireles s communic ati on  system.
II. Ba ckground
W ire less communi cat ion sy st ems are w ide ly de ployed to pro vide vari ou s  commu n ication c on tent  such as voice, v i de o , packet data,  messa gi n g, b roa dca st, etc. T he se wi r eless s y st e m s  ma y  be multiple- access syst e mscapabl eofs upport ing m ul t ipl e users byshar ing the a vailab l e syste m  resour ces. E xam ple s of su ch  mu lt i ple - ac ces s  sy stems in cl ud e Cod e Di v i s i on M ult iple  Acce ss (CDMA) sys tem s, T i meDivis ion M ulti pl e Acc ess (T DMA)sy stems, Frequenc y Di vision Mu lti pl e A cc ess ( F DMA) s yst ems , Ortho gonal F D MA(O F D M A)  systems, and Sing le - C ar rier FDM A (SC- F DM A) systems. 
A  wi rele s s  comm unic a ti on syste m mayi nc lu de a nu mb er ofba sesta tions that  can s upport c ommun i cation for a n u mber of usere qu i p me n ts ( UEs ). A base s tati o n ma y co m mu nic a te wi th aUE on the downlink and up li nk. Th e dow nlink (or for ward link) r e fers tothec om m unication link  from  the bases tation t o the  UE, and  the upli n k  (or rev ers e l ink ) r e f er s to the comm u n icat io n linkfro m the U E t o t hebas estation.The UE m ay  s en da t ransm i ssion of  d ata  t o t he ba s e stat ion.Theba se sta tion ma y  d e c odeth etran smi ss ion o f da t a a nd maysend ackn owl e dgem en t(ACK) i nformation to  t he UE. The  A CKinform a t ion mayindicate whether the tr a nsmissi onof da ta w as decode d c orrect lyo r in e rror b y the  b ase s tatio n .  T heUE  may deter m i newheth er  tosend aretransmission ofd ata  or a new tra nsm issi o n  o f d a ta bas ed ont h e ACK informati on. It may  b e  d esirable t o  ef fi ciently  assign  ACKr esource  for send ing the A CK  inf o r mat ion. Elect rochromi c devices are b e in g inc rea singly  u sed  forautomo t ive  mirr ors an dhave b een s ug gested f or many different appli cation s. Re cen tly, seve ral pub lications  sug gest use o f i oni c liq uid s  in e lect r ol yte s  forEC d e vices, e. g .WO0 3 /0 03110, U.S. P a t.No. 6 ,36 5 ,301,Japa nese application0 8-329479 (publ icat i o n n umb e r 10 -1 68028). Publis hed  U S patent a pp lication 20 04002192 8d isclo ses EC  devic es usin g io n ic liq uids  al ong withpre fe r red cha ra ct e ristic s of  i onic l iquids suit a b le for electroop tic d e v ices, and  theen tire di s clos ure of tha t applicati on isinco rpora ted her ei n by r efe re nce.
Elect r ochromic(EC)automot iv e mi rro rs and  oth e r  devi cesth atcan be fa b r ic a te df rom  ele ctrol yt es c omprising ionic li qui d s havese ver a l  advan t ag e s  such as:           Negli g ible va p or pr essure  evenat high tem pe ratures      Non-fl ammable    
How ever, th epref er red  i onic liquids us ed in th is inven t i on hav e s e vera l  other  a dvantages, s ome o fw hich
 siRNA_specificity. I._Field
The present disclosure relates_generally to_communication,_and more_specifically_to techniques for_assigning resources in_a wireless communication system.
II._Background
Wireless communication systems_are_widely deployed to provide various communication content such as voice, video, packet data, messaging,_broadcast,_etc. These_wireless_systems_may be multiple-access systems capable_of supporting multiple users by_sharing the_available system resources. Examples of such multiple-access systems_include_Code Division Multiple_Access (CDMA) systems, Time Division Multiple Access (TDMA) systems,_Frequency Division Multiple Access (FDMA) systems,_Orthogonal FDMA (OFDMA)_systems,_and_Single-Carrier FDMA (SC-FDMA) systems.
A_wireless communication system may include a_number of base stations that can_support communication for a number of user_equipments (UEs). A base station may_communicate with a UE on_the downlink_and uplink. The downlink (or_forward link) refers_to the_communication link from_the base station to the UE,_and the uplink_(or reverse link) refers to the_communication_link from the_UE_to_the base_station. The UE_may_send a_transmission_of data to the base station._The_base station may decode the transmission of_data and may send_acknowledgement_(ACK) information to the_UE. The ACK information may_indicate whether the transmission of data_was decoded_correctly or_in error by the base station. The UE may determine whether_to send a retransmission of data_or a new transmission_of data_based_on the ACK_information._It may_be desirable to efficiently assign ACK resource_for sending_the ACK information. Electrochromic devices are_being increasingly used for_automotive_mirrors and have been suggested for_many different applications. Recently, several publications_suggest use of ionic liquids_in_electrolytes_for EC devices, e.g. WO_03/003110, U.S. Pat. No. 6,365,301, Japanese_application 08-329479 (publication_number 10-168028). Published US patent application 20040021928_discloses_EC devices using ionic liquids along_with_preferred characteristics of ionic liquids suitable_for_electrooptic_devices, and the entire disclosure_of that application is incorporated herein_by reference.
Electrochromic (EC) automotive mirrors and other devices that_can be fabricated_from electrolytes comprising ionic liquids_have_several_advantages such as:       _ _  _   Negligible vapor pressure even at high temperatures_      _Non-flammable        
However, the preferred_ionic liquids used in this invention have several_other advantages, some of which