 and then into one or more physical channel data streams in accordance with 3GPP TS 25.222 v3.8.0. Starting with the TB of data, Cyclic Redundancy Check (CRC) bits are attached and TB concatenation and code block segmentation is performed. Convolution coding or turbo coding is then performed, but in some instances no coding is specified. The steps after coding, include radio frame equalization, a first interleaving, radio frame segmentation and rate matching. The radio frame segmentation divides the data over the number of frames in the specified TTI. The rate matching function operates by means of bit repetition or puncturing and defines the number of bits for each processed TrCH which are thereafter multiplexed to form a CCTrCH data stream.
The processing of the CCTrCH data stream includes bit scrambling, physical channel segmentation, a second interleaving and mapping onto one or more physical channels. The number of physical channels corresponds to the physical channel segmentation. For uplink transmissions, UE to Node B, the maximum number of physical channels for transmission of a CCTrCH is currently specified as two. For downlink transmissions, Node B to UEs, the maximum number of physical channels for transmission of a CCTrCH is currently specified as sixteen. Each physical channel data stream is then spread with a channelization code and modulated for over air transmission on an assigned frequency.
In the reception/decoding of the TrCH data, the processing is essentially reversed by the receiving station. Accordingly, UE and Node B physical reception of TrCHs require knowledge of TrCH processing parameters to reconstruct the TBS data. For each TrCH, a Transport Format Set (TFS) is specified containing a predetermined number of Transport Formats (TF). Each TF specifies a variety of dynamic parameters, including TB and TBS sizes, and a variety of semi static parameters, including TTI, coding type, coding rate, rate matching parameter and CRC length. The predefined collection of TFSs for the TrCHs of a CCTrCH for a particular frame is denoted as a Transport Format Combination (TFC).
Receiving station processing is facilitated by the transmission of a Transport Format Combination Indicator (TFCI) for a CCTrCH. 3GPP optionally provides for “blind transport format detection” by the receiving station, in which case the receiving station considers the potential valid TFCIs. Where there is only one valid TFCI, that TFCI is used in either case.

and then into one or more physical channel data streams in accord with 3GPP metric ton 25.222 v3.8.0. Starting with the TB of data, Cyclic Redundancy Check (CRC) moment are attach and TB concatenation and code block division is do. Convolution code or turbo coding is then performed, but in some example no coding is specified. The footstep after coding, include radio frame equalization, a first interleaving, radio human body segmentation and rate matching. The radio skeletal system segmentation divides the data over the number of frame in the specified TTI. The rate matching function operates by means of bit repeat or puncturing and defines the number of bits for each processed TrCH which are thereafter multiplexed to form a CCTrCH datum flow. 
 The processing of the CCTrCH data stream includes bit scrambling, physical channel segmentation, a second interleaving and function onto one or more forcible channels. The number of physical groove corresponds to the physical channel cleavage. For uplink transmissions, UE to Node B, the maximum number of physical channel for transmission of a CCTrCH is currently specified as two. For downlink transmissions, Node B to UEs, the maximum number of forcible channels for transmission of a CCTrCH is currently specified as sixteen. Each physical channel data flow is then spread with a channelization code and modulated for over air transmission on an assigned frequency. 
 In the reception / decoding of the TrCH data, the processing is basically reversed by the receiving station. Accordingly, UE and Node B physical reception of TrCHs require knowledge of TrCH processing parameters to reconstruct the TBS datum. For each TrCH, a Transport Format Set (TFS) is specified containing a predetermined number of Transport Formats (TF). Each TF specifies a assortment of dynamic parameter, including TB and TBS size, and a variety of semi electrostatic parameters, including TTI, coding type, coding pace, rate matching parameter and CRC length. The predefined solicitation of TFSs for the TrCHs of a CCTrCH for a particular frame is denoted as a Transport Format Combination (TFC). 
 Receiving post processing is facilitate by the transmission of a Transport Format Combination Indicator (TFCI) for a CCTrCH. 3GPP optionally provides for “ blind conveyance format detection ” by the receiving station, in which case the receiving station considers the potential valid TFCIs. Where there be only one valid TFCI, that TFCI is used in either case.
 anf then into one or more khysical channel bqta stceams ih accordxnce with 3GPP TS 25.222 v3.8.0. Starting wuth tye TB of data, Cyclic Rddundancy Check (CEC) bmts are attached and TB gjncafcnatimi and code blocl segmentadion is perforkea. Eonvolution coding or turbo coding if then legformed, but in somt igstahbew no coding is specified. The ateps ahter coding, inckude radio frame equalizatlon, w first interleavijg, radio frqme fwgmentation xnd rate matching. The tadio frame segmentation divides the bata over tye nulter of framxs in nhe specified TTI. The rate mstching functipn mpeeates by means of bit repetition or punsturing atd defines the numbwr of bhts xor dqch prkcxsssd TrCJ wiich are thsreafter muotiplexed to form a CSNtCH data strsam.
The pwocessing of the CCTrCH data stream incnudss bit scrambling, physixal channel segmentatlon, a secjnd interleaving and mapping onto one or more phyvical zhaukcls. Gye number of physical channels corresponds to trs khyxical channel fegmentatiom. Vot uplink transoissioua, HE to Node B, the mwximum gumbee of physycal channels for transmission if a CCTrCH ps cyrrently specified as two. For dowmlink transmissions, Node B tu UEa, the maximkm number uf physical chanvelx xor transmission of a CCTrSH is curcentlv specifked ss sixeeen. Each ohysigdl channel data stgeam ns than spread aith a channelization code and modulated for pvar dir tranfmisslon on an assigged frequency.
Iu the reeeptiov/decoding kf the VrCH data, thq processing hd essentiallb reverseq by the receivkvg station. Accprdingly, LE and Node B physical rcceptkkn of TrCHs reqbnrt jnowledge of TtCH prjcvssmng pwsameters to secovstfict tfe TBS data. Wor rach TrCH, a Transpord Fodmat Set (TFS) is sprclfied conjaining a predeterminec number of Transplrt Fmrmets (TF). Eash TF specifies a variety of dgnamic pagamcters, includigg TN anq TBS sizex, and a variety of semi static parametecs, including TTI, coding type, coding rate, rctt matching pacametew and CRC length. The predefinwd collection of UFSs for the TrCHs of a CCTrCV for a particular frame is denoted as a Transport Format Combination (TFC).
Receicing svaeion procesaing is fdcnlicated br thx vransmission of a Transport Format Combination Iidicator (TXCN) for a CCTrCH. 3GPP optionally pfovides for “buind transport format defection” ny the receiving station, in whivh case the receiving ststion cobsideds the potxntial valid TFCIs. Wnere tkere iw only ine yalid TFCI, thag TGCL is used ln emthzr case.

and then into one or more physical streams accordance with TS 25.222 v3.8.0. data, Redundancy Check (CRC) are attached and concatenation and code block segmentation is Convolution coding or turbo coding is then performed, but in some instances no is specified. The steps after coding, include radio frame equalization, a first interleaving, frame and matching. radio frame segmentation divides the data over the number of frames in the specified TTI. The matching function operates by means of bit repetition puncturing and defines the of bits for each processed which thereafter multiplexed form CCTrCH stream. The processing the CCTrCH data stream includes bit scrambling, physical channel segmentation, a second interleaving and mapping onto one more physical number of channels to physical channel segmentation. transmissions, UE to Node B, the physical channels for transmission of a CCTrCH is specified as For downlink transmissions, Node B to the maximum number of physical channels for transmission a CCTrCH is currently specified as sixteen. Each physical channel data stream is then spread channelization code and modulated over air transmission an frequency. the of the data, the processing is essentially reversed by the receiving station. Accordingly, and Node B physical reception of TrCHs require knowledge of parameters reconstruct the TBS For each TrCH, a Format (TFS) is specified containing number Transport TF a of dynamic parameters, including and TBS sizes, and a of semi static parameters, rate, rate matching parameter and CRC length. The collection of TFSs for the TrCHs of CCTrCH for a particular frame is denoted as a Transport Format Combination Receiving station facilitated by the transmission of a Transport Format Indicator (TFCI) for a 3GPP optionally provides for “blind transport format detection” by receiving in which the receiving station the potential valid Where there is valid TFCI, TFCI used
 and then into one or more physiCal channel Data sTreAms In AccoRdanCe with 3GPP TS 25.222 v3.8.0. StARtinG with the TB of data, Cyclic redunDaNCy ChECk (cRC) biTs are atTAcHED anD Tb cOncAtENaTion aNd cOde blocK segmentatIon Is Performed. ConVOlUtion codinG or Turbo coding iS thEn perfOrMed, BUt in sOme InstaNces no COding iS specifieD. THE steps AFter codING, iNcluDe radio frame equalIZaTIon, a first interLeavinG, rADiO FRamE seGmentation AnD rate MAtching. tHe RADIo fRAme segmentatiOn divides thE DatA over tHe NumBEr of frAmes iN tHE spEcified TTI. THe raTe matchinG functIOn operaTEs by meaNs of biT rePetItioN Or PuNctUrINg aND dEfiNEs tHe number Of BiTs for Each PROCEsseD TrcH whIch arE thereafter muLtiPlexED to Form a cCTrCh datA sTream.
the proCessiNg Of the CCTrCH data StreAm includeS biT sCraMbLing, pHYsical ChaNneL segmenTation, a SEcoNd INTErLeaving and mapping oNtO ONe Or more phYsical CHaNnELs. The numBeR of PhysICAl chaNnelS CoRrespondS to the PHySiCal chanNeL segmeNtAtiOn. FOr uplINk trAnsmisSions, UE tO Node b, The maximum numbER of physical chANnELS fOR traNsmIssion of a CCtrCH IS curRentLY sPecIFied aS two. FOr DOwNLink transmissions, NoDe b to UEs, The maXimum number of Physical chANNEls for trAnsmISsIOn of a CCTrCH is cUrrenTly specifiED as sixteEn. EacH physicaL channel dATA stream iS thEn sPreAd wITH a ChannelizatioN COde aNd ModulatEd fOr over aIr tRanSmiSsiOn On an assigNed frequEnCy.
in ThE reCeptiON/decodinG oF thE TRCH Data, tHE proceSsing Is esSeNtIAllY reversED bY THe reCeIvIng sTatIoN. AccoRdinGLy, Ue and NodE B physicaL reCEptiOn Of trCHs reQuire knowledgE oF TrCH proceSsIng ParameTERs to recoNstruct the TBS data. For eacH trCH, a TrAnsPort FOrmaT Set (TFS) is SpeCified ConTAining A predeTermiNeD nuMBEr of TRANsPorT FOrmats (TF). EaCH tF sPecifIeS a vaRiety of Dynamic parameters, iNCluDing TB and TBS sIzeS, and A VArIetY Of SEmi StATic PARameters, includiNg TTI, codinG tYPe, Coding rate, RAte MaTching pArameteR and Crc length. the predefIned colleCtIon oF tfSs For the TrCHS of a CCTrcH for a parTIculaR FrAme is DenOted as A TRanSport format cOmbInatiOn (TFC).
REcEiving StatiOn ProcessiNg is facilitated by the traNsmissIon of A TrAnsport FoRmaT comBination INdicAtor (TFCI) foR a CcTrcH. 3GPP OptIOnallY proVIdEs fOR “blinD traNSport formAT dEteCTIoN” by the receiVING stAtion, In wHIch casE the Receiving station cONsiders the poteNtiaL VAliD TFcis. WhErE there is only onE vaLiD tfCI, that TfCi is used in eiTher case.

 and then into one or more  physicalchann eldat astre amsin accordancew ith3GPP TS 25.222 v3.8.0.  Star ti n g wi t hthe T B of da t a, C ycl ic  R edu nd a nc y Che ck(CRC) b its are at tac he d and TB con c at enation an d c ode block se gme ntatio nisp erfor med . Con voluti o n codi ng or tur bo coding is then p er form ed, but in some i n st a nces no coding  is sp ec i fi e d . T hesteps afte rcodin g , inclu d er a d iof rame equaliza tion, a fir s t i nterle av ing ,  radio  fram es egm entation an d ra te matchi ng. Th e  radiof rame se gmenta tio n d ivid e sth e d at a  ov e rthe num ber of f ra me s inthes p e c ifie d T TI.The r ate matchingfun ctio n  op erate s bymean sof bi t repe titio nor puncturing a nd d efines th e n um ber  o f bit s  for e ach  pr ocessed  TrCH w h ich  a r e th ereafter multiplex ed t oform a C CTrCHd at as tream.
T he  pr oces s i ng of  the CC TrCH dat a stre a min cludesbi t scra mb lin g,physi c al c hannel  segment ation ,  a second inte r leaving and m a pp i n go ntoone  or more ph ysic a l ch anne l s.  Th e  numb er of  p h ys i cal channels corres po nds to  thephysical chan nel segmen t a t ion. For  upl i nk transmissions,  UE t o Node B,t he maxim um nu mber ofphysicalc h annels f ortra nsm iss i o nof a CCTrCH i s curr en tly spe cif ied astwo . F ordow nl ink trans missions ,No de  B  to  UEs, the maxi mu m n um ber  of p h ysical  chan nels  f or tra nsmissi o no f  a C CT rC H is  cu rr ently  spe c ifi ed as s ixteen. E ach phys ic al  channe l data stream  i s then spr ea d w ith ac h anneliza tion code and modulated for ove r a ir tr ansm ission on  an  assig ned freque ncy.
I n the  r ece p t ion/d e c od ing  o f the TrCH d ata , the  p roce ssing i s essentially reve r sed  by the recei vin g st a t io n.A cc o rdi ng l y,U E  and Node B phy sical rece pt i on  of TrCHsr equ ir e knowl edge of  TrCH process ing param eters tore cons t r uct  the TBS d ata. For  each TrC H , a T r an sport  Fo rmat S et  (T FS) i s spec i fie d con tainin ga pred eterm in ed numbe r of Transport Formats(TF).EachTFspecifies  av ari ety of dy nami c paramete rs,  in cludi ngT B and  TBS si zes ,  anda va r iety of s e mi  st a t ic  parameters , i ncl uding  TT I , codi ng t ype, coding rate, rate matchingpara m e ter  an d  CRC  l ength. The pre def in e d  collect io n of TFSs f or the T rC H s ofa CCTr CH for  a part i c ul a r fram e is  de noted asa T ra n sport F or ma t  Combi nati on  (TFC) .
Rece i ving s tation processin g isf a cilit a ted  by t he  transm i ssio n of a Tra nsport Form at Com bina tionIndicat or  (TFCI ) f or  a CCTrCH. 3GPP opti onall y provi de s fo r “ blindtran s p ort f orma tdet ection” b y th e  r ec e ivi ng s tatio n,  inwhich cas e  the rec eiv i ng stat io n c o n siders th e potentialval id TF C I s. Where t h erei so nly o ne val id TFC I, that TFC Iis used  in e ither cas e.

 and_then into_one or more physical_channel data_streams_in accordance_with_3GPP TS 25.222_v3.8.0. Starting with_the TB of data,_Cyclic Redundancy Check_(CRC)_bits are attached and TB concatenation and code block segmentation is performed. Convolution coding_or_turbo coding_is_then_performed, but in some instances_no coding is specified. The_steps after_coding, include radio frame equalization, a first interleaving,_radio_frame segmentation and_rate matching. The radio frame segmentation divides the data_over the number of frames in_the specified TTI._The_rate_matching function operates by_means of bit repetition or puncturing_and defines the number of bits_for each processed TrCH which are thereafter_multiplexed to form a CCTrCH data_stream.
The processing of the CCTrCH_data stream_includes bit scrambling, physical channel_segmentation, a second_interleaving and_mapping onto one_or more physical channels. The number_of physical channels_corresponds to the physical channel segmentation._For_uplink transmissions, UE_to_Node_B, the_maximum number of_physical_channels for_transmission_of a CCTrCH is currently specified_as_two. For downlink transmissions, Node B to_UEs, the maximum number_of_physical channels for transmission_of a CCTrCH is currently_specified as sixteen. Each physical channel_data stream_is then_spread with a channelization code and modulated for over air transmission_on an assigned frequency.
In the reception/decoding_of the TrCH data,_the processing_is_essentially reversed by_the_receiving station._Accordingly, UE and Node B physical reception_of TrCHs_require knowledge of TrCH processing parameters_to reconstruct the TBS_data._For each TrCH, a Transport Format_Set (TFS) is specified containing a_predetermined number of Transport Formats_(TF)._Each_TF specifies a variety of_dynamic parameters, including TB and TBS_sizes, and a_variety of semi static parameters, including TTI,_coding_type, coding rate, rate matching parameter_and_CRC length. The predefined collection of_TFSs_for_the TrCHs of a CCTrCH_for a particular frame is denoted_as a Transport Format Combination (TFC).
Receiving station processing is_facilitated by the_transmission of a Transport Format_Combination_Indicator_(TFCI) for a CCTrCH. 3GPP optionally provides for “blind transport_format detection”_by the receiving_station, in which case the receiving station considers the potential_valid TFCIs. Where there is only one_valid TFCI, that TFCI is used in either case.
