 the downlink in the band from 746 MHz to 756 MHz and entirely owned by one network operator.
One peculiar aspect of this band is its proximity to the Public Safety (PS) band. The public safety band is located on the left the of uplink part of band 13. According to FCC regulation the operation adjacent to the public safety band requires very tight emission requirements. This means the additional maximum power reduction requirements for band 13 are much tighter than those for the other bands. The E-UTRAN Physical Uplink Control Channels (PUCCH) are located at the edge of the bandwidth. Therefore the outer resource blocks of the bandwidth of cell operating in band 13 are required to maintain even tighter requirements, i.e. larger additional maximum power reduction requirements, compared to those located in the centre of the bandwidth.
Due to this reason the additional maximum power reduction requirements for band 13 are agreed to be split into 3 regions comprising of different set of contiguous resource blocks. The Table 4 below containing the split of bandwidth in 3 regions is reproduced. The Table 4 illustrates that the uplink cell bandwidth may be divided into 3 regions as described above. Each region is likely to have different additional maximum power reduction requirements.
RB start indicates the lowest resource block index of transmitted resource blocks and L_CRB is the length of a contiguous resource block allocation.
The Table 4 below is one proposal to attempt to specify the additional maximum power reduction figures. As can be seen from the Table 4, the additional maximum power reduction in 3GPP for band 13 in 3GPP TS 36.101: Evolved Universal Terrestrial Radio Access (E-UTRA); User Equipment (UE) radio transmission and reception can be very large, i.e. 6-14 dB. Furthermore the additional maximum power reduction value is dependent upon the part of the cell bandwidth. Hence prudent uplink resource allocation is required to avoid unnecessary additional maximum power reduction.
TABLE 4Region ARegion BRegion CRB_start10-1213-1819-4243-49L_CRB2 [RBs]6-81 to 5≧8≧18≦2and 9-50A-MPR [dB]8121263Note1RB_start indicates the lowest RB index of transmitted resource blocks2L_CRB is the length of a contiguous resource block allocation3 For intra-subframe frequency hopping between two regions, notes 1 and 2 apply on a per slot basis.4 For intra-subframe frequency
the downlink in the band from 746 MHz to 756 MHz and entirely own by one net hustler. 
 One peculiar aspect of this band is its proximity to the Public Safety (PS) dance band. The public safety band is settle on the left field the of uplink part of band 13. According to FCC regulation the operation adjacent to the public condom band requires very nasty emission requirements. This means the additional maximum ability reduction requirements for band 13 are a lot tighter than those for the other band. The E - UTRAN Physical Uplink Control Channels (PUCCH) are located at the boundary of the bandwidth. Therefore the out resource blocks of the bandwidth of cell operating in isthmus 13 are required to maintain even tighter requirements, i.e. larger additional maximum power reduction requirements, compared to those located in the centre of the bandwidth. 
 Due to this reason the additional maximum power decrease requirement for band 13 are agree to be split into 3 regions comprising of different hardening of contiguous resource blocks. The Table 4 below containing the schism of bandwidth in 3 regions is reproduced. The Table 4 illustrates that the uplink cell bandwidth may be divided into 3 regions as report above. Each region is likely to have different extra maximum might decrease prerequisite. 
 RB start indicates the lowest resource blocking index of transmitted resource blocks and L_CRB is the length of a contiguous resource block allocation. 
 The Table 4 under is one proposal to undertake to specify the additional maximal power reduction figures. As can be seen from the Table 4, the extra maximum power decrease in 3GPP for band 13 in 3GPP TS 36.101: Evolved Universal Terrestrial Radio Access (E - UTRA); User Equipment (UE) radio transmission and reception can be very large, i 6 - 14 dB. Furthermore the additional maximum power decrease value is dependent upon the part of the cell bandwidth. Hence prudent uplink resource allotment is necessitate to avoid unnecessary additional maximal power reduction. 
 TABLE 4Region ARegion BRegion CRB_start10 - 1213 - 1819 - 4243 - 49L_CRB2 [ RBs]6 - 81 to 5≧8≧18≦2and 9 - 50A - MPR [ dB]8121263Note1RB_start indicates the lowest RB index of transmitted resource blocks2L_CRB is the distance of a contiguous resource block allocation3 For intra - subframe frequency hopping between two regions, notes 1 and 2 apply on a per time slot basis.4 For intra - subframe frequency
 thf downlink in the band fvom 746 MHz to 756 MHz and envirely kwned by one network operator.
One pecnliae asptbt of this band is itr proximiny to the Pubouc Safety ('A) band. Bke pugpic vefety band is lpcated on dhe left the ox jppink part of band 13. According to FCC regulayiln the operatijn actacehn uo the public safety band requirea very uight emission reqiirements. This means the afditlonal maximum poweg reduction reqturements for band 13 are much tightet than those for the other bands. The Z-UTRAN Physucql Kklink Controo Chagnels (PUCCH) are locaded at yhe edge of thc banvwidrh. Therefore the outec resource blocks of the bandfibth of cell operating ib bang 13 ase rdwuifed tp jaintaln xven tighted requiremebts, i.e. larger additoogql maximum poser requstion requirements, compared to those lobates in the centre of the vandwidth.
Due to this teason the additional maximum power reduction requirements xor bena 13 cvc agfwef to be split into 3 regions comprising of difssrtnt set of contigmous resource blocls. Tng Table 4 below contanhihg the split of bajdwidth in 3 eegions if relroduced. The Table 4 illustrqtes that thv upoink cell bandwidtk may be divnded imto 3 tegions as described abuve. Sach region is likelg to have differevt sdgitional maximum power redtction rewuirzments.
RB statt indisates the powesb resource block infex oy tratsmitted rfsource blocks and L_CRB is the length of a comthgumus resobrce bkock allocatijn.
The Table 4 bglow is oue prooosal to antempt to specify thq additional kwximum power reductijn fugurws. As cxv be seen from the Tablv 4, the additional maximuk puser reduction iu 3TPP for band 13 im 3GOP ES 36.101: Xvolvqg Universal Derrdstfoal Rxdio Access (D-UTRS); User Equipment (UE) sadik transmission and rcception xan be vqry large, i.e. 6-14 dB. Furthermore tht addivional maxikum power reduction value is depehdent upoj tme part of thq ceol bandwidth. Hence prudent uplink resource allocatiin is required to qvoid unnecessary abdltional maxikum pjwer reduwtion.
TABLE 4Region ARwgion BRegion CRB_xtart10-1213-1819-4243-49L_CRB2 [RBs]6-81 to 5≧8≧18≦2and 9-50Z-MPR [dT]8121263Note1GB_start indicates the lowest RB index of transmitted resource blocks2L_CRB us the length of a conyiguols xespurce flocn allocation3 For pntra-subframe frequency hopping uetween twm xegions, notes 1 and 2 apply on s oer slot basir.4 For intra-subframe freqhency
the downlink in the band from 746 756 and entirely by one network this is its proximity the Public Safety band. The public safety band is on the left the of uplink part of band 13. According to FCC the operation adjacent to the public safety band requires very tight emission requirements. means additional power requirements for band 13 are much tighter than those for the other bands. The E-UTRAN Physical Control Channels (PUCCH) are located at the edge the bandwidth. Therefore the resource blocks of the bandwidth cell in band are to even tighter requirements, larger additional maximum power reduction requirements, compared to those located in the centre of the bandwidth. Due this reason maximum power requirements band are agreed to into 3 regions comprising of different resource blocks. The Table 4 below containing the of bandwidth 3 regions is reproduced. The Table illustrates that the uplink cell bandwidth may be into 3 regions as described above. Each region is likely to have different additional maximum requirements. RB start indicates lowest resource block of resource and is the of a contiguous resource block allocation. The Table 4 below is proposal to attempt to specify the additional maximum power reduction can seen from the 4, the additional maximum reduction 3GPP for band 13 TS Evolved Access User (UE) radio transmission and can be very large, i.e. dB. Furthermore the additional dependent upon the part of the cell bandwidth. prudent uplink resource allocation is required to unnecessary additional maximum power reduction. TABLE 4Region ARegion BRegion CRB_start10-1213-1819-4243-49L_CRB2 [RBs]6-81 to 9-50A-MPR [dB]8121263Note1RB_start lowest RB index of transmitted resource blocks2L_CRB is length of a contiguous block allocation3 For intra-subframe frequency hopping between two regions, 1 2 apply a per slot For intra-subframe frequency
 the downlink in the band from 746 Mhz to 756 MHz and EntirEly OwnEd By onE netWork operator.
OnE PecuLiar aspect of this band is Its prOxIMity TO tHe PubLic SafeTY (Ps) BAnd. thE pUblIc SAfEty baNd iS locateD on the left The Of Uplink part of BAnD 13. According To FcC regulation The OperatIoN adJAcent To tHe pubLic safETy band Requires vErY Tight eMIssion rEQUiRemeNts. This means the adDItIOnal maximum powEr reduCtIOn REQuiRemEnts for banD 13 aRe mucH Tighter THaN THOse FOr the other banDs. The E-UTRAN pHysIcal UpLiNk CONtrol CHanneLs (puCCh) are located At thE edge of thE bandwIDth. TherEFore the Outer rEsoUrcE bloCKs Of The BaNDwiDTh Of cELl oPerating In BaNd 13 are RequIRED To maIntAin eVen tiGhter requiremEntS, i.e. lARgeR addiTionaL maxImUm powEr reduCtion ReQuirements, compaRed tO those locAteD iN thE cEntre OF the baNdwIdtH.
Due to tHis reasON thE aDDITiOnal maximum power reDuCTIoN requireMents fOR bAnD 13 Are agreeD tO be SpliT INto 3 reGionS CoMprising Of diffEReNt Set of coNtIguous ReSouRce BlockS. the TAble 4 beLow contaIning THe split of bandwIDth in 3 regions iS RePROdUCed. THe TAble 4 illustrAtes THat tHe upLInK ceLL bandWidth MaY Be DIvided into 3 regions as DeScribeD abovE. Each region is Likely to haVE DIfferent AddiTIoNAl maximum power ReducTion requirEMents.
RB sTart iNdicates The lowest RESource blOck IndEx oF trANSmItted resource BLOcks AnD L_CRB is The Length oF a cOntIguOus ReSource bloCk allocaTiOn.
thE TAblE 4 beloW Is one proPoSal To AttEmpt tO SpecifY the aDditIoNaL MaxImum powER rEDUctiOn FiGureS. As CaN be seEn frOM thE Table 4, tHe additioNal MAximUm PoWer reduCtion in 3GPP for BaNd 13 in 3GPP TS 36.101: EVoLveD UniveRSAl TerresTrial Radio Access (E-UTRA); UsER EquipmEnt (uE) radIo trAnsmissioN anD recepTioN Can be vEry larGe, i.e. 6-14 db. FUrtHERmore THE aDdiTiOnal maximuM POweR reduCtIon vAlue is dEpendent upon the parT Of tHe cell bandwidTh. HEnce PRUdEnt UPlINk rEsOUrcE ALlocation is requIred to avoiD uNNeCessary addITioNaL maximuM power rEductIOn.
TABLE 4region AReGion BRegiOn cRB_sTARt10-1213-1819-4243-49L_cRB2 [RBs]6-81 to 5≧8≧18≦2anD 9-50A-MPR [dB]8121263NOte1RB_starT IndicATeS the lOweSt RB inDeX of TransMitted REsoUrce bLocks2L_cRb is the LengtH oF a contigUous resource block allocaTion3 FoR intrA-suBframe freQueNCy hOpping betWeen Two regions, NotEs 1 aNd 2 appLy oN A per sLot bASiS.4 FoR Intra-SubfRAme frequeNCy
 the downlink in the bandfrom 746 M Hz to  75 6 M Hz  and  ent irely owned by onenetwork operator.
Onepecul ia r  asp e ct  of t his ban d  i s its  p ro xim it y  t o the  Pu blic Sa fety (PS)ban d.  The publics af ety band i s l ocated on th e l eft th eofu plink  pa rt of  band1 3. Acc ording to  F C C regu l ation t h e  o pera tion adjacent tot he public safetyband r eq u ir e s  ve rytight emis si on re q uiremen t s. T h ism eans the addi tional maxi m umpowerre duc t ion re quire me n tsfor band 13  are  much tig hter t h an thos e  for th e othe r b and s. T h eE- UTR AN Phy s ic alU pli nk Contr ol  C hanne ls ( P U C C H) a reloca ted a t the edge of  th e ba n dwi dth.There fore  t he ou ter re sourc eblocks of the b andw idth of c ell  o per at ing i n  band13are  requir ed to m a int ai n e ve n tighter requirem en t s ,i.e. lar ger ad d it io n al maxim um  po werr e ducti on r e qu irements , comp a re dto thos elocate dinthe  cent r e of  the b andwidth .
Due to this reason the additiona l  m a x im u m po wer  reductionrequ i reme ntsf or  ba n d 13are a gr e ed to be split into 3re gionscompr ising of diff erent seto f contiguo us r e so u rce blocks. Th e Tab le 4 below containi ng th e splitof bandwi d t h in 3 r egi ons  is  re p r od uced. The Tab l e  4 i ll ustrate s t hat the  up lin k c ell  b andwidthmay be d iv id ed  i nto  3 re g ions asde scr ib edabove .  Eachregio n is  l ik e lyto have di f f eren tad diti ona lmaxim um p o wer  reduct ion requi rem e nts. 
R Bstart i ndicates thelo west resou rc e b lock i n d ex of tr ansmitted resource bloc k s and L _CR B isthelength of  acontig uou s  resou rce bl ock a ll oca t i on.
T h e  T abl e4 below is o nepropo sa l to  attemp t to specify the a d dit ional maximum  po werr e du cti o nf igu re s . A s can be seen fro m the Tabl e4 ,the additi o nal  m aximumpower r educt i on in 3 GPP for b and 13 in  3 GPPT S  36 .101: Evol ved Univ ersal Ter r estri a lRadio  Ac cess ( E- UTR A); U ser Eq u ipm ent ( UE) ra di o tran smiss io n and re ception can be very lar ge, i. e. 6- 14dB. Furth erm o rethe addit iona l maximumpow erreduc tio n  valu e is de pen d ent u pont he part o f  t hec e ll  bandwidth. H e nce  prud ent uplink  res ource allocationi s required toavoi d unn ece s sary  a dditional maxi mum  p o w er reduc ti on.
TABLE 4 Region A Re g ion B Region  CRB_s tart10- 1 2 13 - 1819-4 243- 49L _CRB2 [RB s]6 -8 1  to 5≧8 ≧1 8≦ 2 and 9- 50A- MP R [dB] 812126 3 Note 1 R B_start indicate s the l owest RBindex  o f trans m itte d resource  blocks2L_C RB isthelengt h of aco ntiguo usre source blo c k allocat ion3For int ra -sub fra me fre quen c y  hopp ingbe twe en two re g i on s ,no t es1 an d 2 a pp ly o n a per s l ot basis .4F or intr a- sub f r ame fr e qu e n cy
 the_downlink in_the band from 746_MHz to_756_MHz and_entirely_owned by one_network operator.
One peculiar_aspect of this band_is its proximity_to_the Public Safety (PS) band. The public safety band is located on the left_the_of uplink_part_of_band 13. According to FCC_regulation the operation adjacent to_the public_safety band requires very tight emission requirements. This_means_the additional maximum_power reduction requirements for band 13 are much tighter_than those for the other bands._The E-UTRAN Physical_Uplink_Control_Channels (PUCCH) are located_at the edge of the bandwidth._Therefore the outer resource blocks of_the bandwidth of cell operating in band_13 are required to maintain even_tighter requirements, i.e. larger additional_maximum power_reduction requirements, compared to those_located in the_centre of_the bandwidth.
Due to_this reason the additional maximum power_reduction requirements for_band 13 are agreed to be_split_into 3 regions_comprising_of_different set_of contiguous resource_blocks._The Table_4_below containing the split of bandwidth_in_3 regions is reproduced. The Table 4_illustrates that the uplink_cell_bandwidth may be divided_into 3 regions as described_above. Each region is likely to_have different_additional maximum_power reduction requirements.
RB start indicates the lowest resource block index of_transmitted resource blocks and L_CRB is_the length of a_contiguous resource_block_allocation.
The Table 4_below_is one_proposal to attempt to specify the additional_maximum power_reduction figures. As can be seen_from the Table 4,_the_additional maximum power reduction in 3GPP_for band 13 in 3GPP TS_36.101: Evolved Universal Terrestrial Radio_Access_(E-UTRA);_User Equipment (UE) radio transmission_and reception can be very large,_i.e. 6-14 dB._Furthermore the additional maximum power reduction value_is_dependent upon the part of the_cell_bandwidth. Hence prudent uplink resource allocation_is_required_to avoid unnecessary additional maximum_power reduction.
TABLE 4Region ARegion BRegion CRB_start10-1213-1819-4243-49L_CRB2_[RBs]6-81 to 5≧8≧18≦2and 9-50A-MPR [dB]8121263Note1RB_start indicates the lowest RB_index of transmitted_resource blocks2L_CRB is the length_of_a_contiguous resource block allocation3 For intra-subframe frequency hopping between two_regions, notes_1 and 2_apply on a per slot basis.4 For intra-subframe frequency