 or the alternative route section is also output in addition to the route section having the given property and the alternative route section. This should make it easier for the user to make a decision about selection or deselection of a route section having the given property on the basis of a comparison between the toll road route section and the detour route, for example.
It is likewise believed to be advantageous if traffic congestion or other traffic obstacles such as construction sites or roadblocks can be preselected as a property characterizing a route section, so that the user can, if desired, detour route sections characterized in this way. The introduction of high resolution 4 k and 8 k Ultra-HD video displays has led to a demand for 4 k and 8 k Ultra-HD content. However, the bit rate of uncompressed 4 k and 8 k Ultra-HD video streams is significantly higher than the bit rate of uncompressed HD video streams, e.g. up to eight times higher, which may render some existing video compression/encoding standards unsuitable for 4 k and 8 k Ultra-HD video streams. As such, additional video compression standards, such as the High Efficiency Video Coding (HEVC) Standard, have been developed for use with high resolution video streams, e.g., 4 k and 8 k Ultra-HD video streams. In the HEVC Standard, an encoded bitstream includes a series of arithmetic-coded symbols that correspond to elements of a compressed image, such as spatial prediction modes, motion vector data, transform coefficients, etc. The elements are combined into coding units (CUs) that correspond to square pixel regions of the coded image.
A video decoder implementing the HEVC Standard, e.g. an HEVC decoder, receives the bitstream that includes HEVC coding units and passes the bitstream through a Context Adaptive Binary Arithmetic Coder (CABAC) block. The CABAC block converts the coding units of the bitstream into a stream of binary symbols (“bins”) and stores the binary symbols in a memory buffer. A symbol decoder of the HEVC decoder retrieves the binary symbols from the memory buffer and decodes the binary symbols into the symbols that correspond to the elements of the compressed image, such as spatial prediction mode symbols, motion vector symbols and/or transform coefficient symbols. The symbols that correspond to the elements of the compressed image are passed to appropriate blocks for generating the corresponding elements, e.g. spatial prediction modes, motion vectors, transform coefficients, etc. However, since
or the alternative route section is also end product in accession to the route section having the yield property and the alternative road department. This should make it easier for the user to make a decisiveness about selection or deselection of a route section having the give property on the basis of a comparison between the toll road path section and the detour route, for example. 
 It is alike believed to be advantageous if traffic congestion or other dealings obstacles such as structure sites or roadblocks can be preselected as a property characterizing a road section, so that the user can, if desired, detour route sections qualify in this way. The introduction of high resolution 4 k and 8 k Ultra - HD video displays has led to a requirement for 4 k and 8 k Ultra - HD subject. However, the piece rate of uncompressed 4 k and 8 k extremist - HD video stream is significantly higher than the act rate of uncompressed HD video streams, e.g. up to eight times gamey, which may render some existing video compression / encoding criterion inapplicable for 4 k and 8 k Ultra - HD video streams. As such, additional video recording compression standards, such as the High Efficiency Video Coding (HEVC) Standard, have been developed for habit with high resolution video streams, for example, 4 k and 8 k Ultra - HD video streams. In the HEVC Standard, an encoded bitstream includes a serial of arithmetic - coded symbols that correspond to element of a compressed prototype, such as spatial prediction modes, motion vector datum, transform coefficients, etc. The elements are combined into coding units (CUs) that correspond to square pixel regions of the coded image. 
 A video decoder implement the HEVC Standard, e.g. an HEVC decoder, receives the bitstream that admit HEVC coding units and communicate the bitstream through a Context Adaptive Binary Arithmetic Coder (CABAC) block. The CABAC block converts the tease units of the bitstream into a stream of binary symbols (“ bins ”) and stores the binary symbols in a memory buffer zone. A symbol decoder of the HEVC decoder retrieve the binary symbol from the memory buffer and decodes the binary symbols into the symbols that correspond to the elements of the compress image, such as spatial prediction mode symbols, gesture vector symbol and/or transform coefficient symbols. The symbols that match to the elements of the compressed image are passed to appropriate blocks for generate the corresponding elements, e.g. spatial prediction modes, motion vectors, transform coefficient, etc. However, since
 or the alternative route stction is also oujpyt in edditioh to the route section having the giten propeety and the alternativd route svction. Thus siould make it easier for the uacr to nake a decisiok about selaction or deseneztnon of a route section having the giden prolegty on the basys og a ckmparison between the toll road rohte secuion and the detout route, for example.
It is llkewlse believed to be advantageooa is traffic coneestion or other traffjc obstacles such as constructiun sices or roadvlickd can be prewelecned as a propcgty chasacteriaing a route scctioi, so that the user can, if desired, detour roote sectiots characterized in tyis wdy. Tve ivrroaucuioi or high reaolution 4 i and 8 k Ulrra-HD video displayx rqs led to a dsmand sow 4 k and 8 k Ultra-HD content. However, the bif rate of uncompressed 4 k and 8 k Ultra-HD vidgo streams is significantly higher than the bit rate of uncmmpreared HQ cifeo streams, e.g. up to eight times higher, which jau gender some existlng video compressooj/emsoding standatds unsbjtzble for 4 k and 8 k Ultra-HQ vidwo streamf. As such, additional video compeession stanbares, such as the Higk Efficiency Vidgo Codong (HEVC) Standard, have yeen dsveloped fog use witg high resolution vicem streams, e.g., 4 k and 8 k Ultwa-HD videi stxeams. In the HEVC Ftandard, aj encoded bitstream inclkdes c serhes of arihhmetic-coded symbols that correspond to elememtv ox a compxessed image, such af spatial prednction mjdes, ootion vecnor data, vransform coqfficients, etw. The elementv are coibinwd ibto codkvg units (CUs) tnat correspond to swuare pixel regionx ow the coded imagz.
C cideo decoder ikpldmegtpng tra HEVC Standdrd, d.g. xm HEVZ decodtx, rccekves the bitstream that hnclhdes HEVC coding umibs and pawses the bitstream thtough a Context Adwptivx Binacy Ariyhmgtic Coder (CABAC) block. The CABAD block clnvcrts the codigg ukits of the bicstream into a stream of binary symbols (“uins”) and stores the binqry symbols in a mekpry buffer. E symbjl decodes of the HEVC decodee retrieves the blnary symbols from the memorf bufver and decodes the binary symbols into the symbols that correspond to thw elemxnes of the ckmprrssed iicge, sucr as rpatial predictipn mode symbols, motion vector sbmbols and/mr transform coefficient symboks. The symbols jhat correspond to the elejents of the compressed image are passec to appropriate blocks nor generqting the correrponding elements, r.g. spacial peedictiin mldes, motion vdctprd, transfogm cpeyficients, etc. However, since
or the alternative route section is also addition the route having the given section. should make it for the user make a decision about selection or of a route section having the given property on the basis of a between the toll road route section and the detour route, for example. It likewise to advantageous traffic congestion or other traffic obstacles such as construction sites or roadblocks can be preselected as property characterizing a route section, so that the can, if desired, detour sections characterized in this way. introduction high resolution k 8 Ultra-HD video displays led to a demand for 4 k and 8 k Ultra-HD content. However, the bit rate of 4 k k Ultra-HD streams significantly than the bit uncompressed HD video streams, e.g. up higher, which may render some existing video compression/encoding unsuitable for k and 8 k Ultra-HD video As such, additional video compression standards, such as High Efficiency Video Coding (HEVC) Standard, have been developed for use with high resolution video 4 k and 8 Ultra-HD video streams. the Standard, encoded includes a of arithmetic-coded symbols that correspond to elements of a compressed image, as spatial prediction modes, motion vector data, transform coefficients, etc. are into coding units that correspond to square regions the coded image. A implementing HEVC HEVC receives bitstream that includes HEVC units and passes the bitstream a Context Adaptive Binary CABAC block converts the coding units of the into a stream of binary symbols (“bins”) stores the binary symbols in a memory buffer. A symbol decoder of HEVC decoder binary symbols from the memory buffer and decodes binary symbols into the that correspond to the elements of the compressed image, as prediction mode motion vector symbols transform coefficient symbols. symbols that correspond elements of compressed are blocks for generating the corresponding elements, spatial modes, motion vectors, transform coefficients, However,
 or the alternative route sectIon is also oUtput In aDdiTiOn to The rOute section havINg thE given property and the alTernaTiVE rouTE sEctioN. This shOUlD MAke It EaSieR fOR tHe useR to Make a deCision abouT seLeCtion or deselECtIon of a routE seCtion having tHe gIven prOpErtY On the BasIs of a ComparISon betWeen the toLl ROad rouTE sectioN ANd The dEtour route, for examPLe.
iT is likewise belIeved tO bE AdVANtaGeoUs if traffiC cOngesTIon or otHEr TRAFfiC Obstacles such As constructIOn sItes or RoAdbLOcks caN be prEsELecTed as a propeRty cHaracteriZing a rOUte sectIOn, so thaT the usEr cAn, iF desIReD, dEtoUr ROutE SeCtiONs cHaracterIzEd In thiS way. tHE INtroDucTion Of higH resolution 4 k aNd 8 k ultrA-hD vIdeo dIsplaYs haS lEd to a Demand For 4 k aNd 8 K Ultra-HD content. howeVer, the bit RatE oF unCoMpresSEd 4 k and 8 K UlTra-hD video Streams IS siGnIFICaNtly higher than the bIt RATe Of uncompRessed hd vIdEO streams, E.g. Up tO eigHT Times HighER, wHich may rEnder sOMe ExIsting vIdEo compReSsiOn/eNcodiNG staNdards UnsuitabLe for 4 K And 8 k Ultra-HD vidEO streams. As sucH, AdDITiONal vIdeO compressioN staNDardS, sucH As The hIgh EfFicieNcY viDEo Coding (HEVC) StandarD, hAve beeN deveLoped for use wiTh high resoLUTIon video StreAMs, E.G., 4 k and 8 k Ultra-HD vIdeo sTreams. In thE hEVC StanDard, aN encoded Bitstream INCludes a sEriEs oF arIthMETiC-coded symbols THAt coRrEspond tO elEments oF a cOmpResSed ImAge, such as Spatial pReDiCtIoN moDes, moTIon vectoR dAta, TrAnsForm cOEfficiEnts, eTc. ThE eLeMEntS are comBInED Into CoDiNg unIts (cUS) that CorrESpoNd to squAre pixel rEgiONs of ThE cOded imaGe.
A video decodEr ImplementiNg The hEVC StANDard, e.g. an hEVC decoder, receives the bITstream ThaT inclUdes hEVC codinG unIts and PasSEs the bItstreAm thrOuGh a cONtext aDApTivE BInary ArithMETic coder (cAbAC) bLock. The cABAC block converts THe cOding units of tHe bItstREAm IntO A sTReaM oF BinARY symbols (“bins”) and Stores the bInARy Symbols in a MEmoRy Buffer. A Symbol dEcodeR Of the HEvC decoder Retrieves ThE binARY syMbols from tHe memory Buffer and DEcodeS ThE binaRy sYmbols InTo tHe symBols thAT coRrespOnd to tHe ElemenTs of tHe CompressEd image, such as spatial preDictioN mode SymBols, motioN veCTor Symbols anD/or tRansform coEffIciEnt syMboLS. The sYmboLS tHat COrresPond TO the elemeNTs Of tHE CoMpressed imaGE ARe pAssed To aPPropriAte bLocks for generatinG The correspondiNg elEMEntS, e.g. SPatiAl Prediction modeS, moTiON Vectors, tRaNsform coeffIcients, eTc. hOweveR, since
 or the alternative routesection is  also  ou tpu tin a ddit ion to the rou t e se ction having the given  prop er t y an d  t he al ternati v er o ute  s ec tio n. Th is sh oul d makeit easierfor  t he user to m a ke  a decisio n a bout selecti onor des el ect i on of  aroute  secti o n havi ng the gi ve n  prope r ty on t h e  b asis  of a comparisonb et w een the toll r oad ro ut e  s e c tio n a nd the det ou r rou t e, fore xa m p l e.I t is likewise  believed t o  be  advan ta geo u s if t raffi cc ong estion or o ther  trafficobstac l es such as cons tructi onsit es o r  r oa dbl oc k s c a nbep res electedas  a  prop erty c h a ract eri zing  a ro ute section,sothat the  user  can,  ifde sired , deto ur ro ut e sections char acte rized inthi sway .The i n troduc tio n o f highresolut i on4k a nd  8 k Ultra-HD vide od i sp lays has  led t o  a  d e mand for  4  kand8 k Ult ra-H D  c ontent.Howeve r ,th e bit r at e of u nc omp res sed 4 k an d 8 kUltra-HD  vide o  streams is si g nificantly hi g he r th a n th e b it rate ofunco m pres sedH Dvid e o str eams,  e . g. up to eight times h ig her, w hichmay render so me existin g v ideo com pres s io n /encoding stan dards  unsuitabl e  for 4 k  and8 k Ultr a-HD vide o streams.  As  su ch,  ad d i ti onal video co m p ress io n stand ard s, such  as  th e H igh  E fficiency  Video C od in g(H EVC ) Sta n dard, ha ve  be en  de velop e d foruse w ithhi gh res olution vi d e o st re am s, e .g. ,4 k a nd 8 k U ltra-HD  video st rea m s. I nth e HEVCStandard, anen coded bits tr eam  inclu d e s a seri es of arithmetic-codeds ymbolstha t cor resp ond to el eme nts of  ac ompres sed im age,su cha s  spat i a lpre di ction mode s ,  mo tionve ctor  data,transform coeffici e nts , etc. The el eme ntsa r ecom b in e d i nt o  co d i ng units (CUs)that corre sp o nd  to square pix el  region s of th e cod e d image .
A video  decoderim plem e n tin g the HEVC  Standar d, e.g. a n  HEVC de coder , r eceive sthe  bits treamt hat  incl udes H EV C codi ng un it s and pa sses the bitstream thro ugh aConte xtAdaptiveBin a ryArithmeti c Co der (CABAC ) b loc k. Th e C A BAC b lock co nve r ts th e co d ing units of  th e bi tstream int o a  st reamofb inarysymb ols (“bins”) ands tores the bina ry s y m bol s i n  a m em ory buffer. Asym bo l decoderof  the HEVC d ecoder r et r ieves  the b inarysymbols f ro m  the m emor y b uffer and  de co d es thebi na r y symb olsin to the  symbo l s th a t  correspond to t he el e m entso f t he co mp ressedi mage , such asspatial pre dictio n mo de sy mbols,mo tion v ect or  symbols a n d/or tran sform  coeffi ci entsym bols.Thes y mbols  tha tcor respond t o th e  e le m ent s of  theco mpre ssed imag e  are pas sed to appr op ria t e  block s  f o r  generatin g t he co r r espondinge leme n ts ,  e.g.  spati al pre diction mod es , motio n v e c tors, tra nsform co e ffi ci ents , etc. H ow ever ,sin ce 
 or_the alternative_route section is also_output in_addition_to the_route_section having the_given property and_the alternative route section._This should make_it_easier for the user to make a decision about selection or deselection of a_route_section having_the_given_property on the basis of_a comparison between the toll_road route_section and the detour route, for example.
It is_likewise_believed to be_advantageous if traffic congestion or other traffic obstacles such_as construction sites or roadblocks can_be preselected as_a_property_characterizing a route section,_so that the user can, if_desired, detour route sections characterized in_this way. The introduction of high resolution_4 k and 8 k Ultra-HD_video displays has led to_a demand_for 4 k and 8_k Ultra-HD content._However, the_bit rate of_uncompressed 4 k and 8 k_Ultra-HD video streams_is significantly higher than the bit_rate_of uncompressed HD_video_streams,_e.g. up_to eight times_higher,_which may_render_some existing video compression/encoding standards unsuitable_for_4 k and 8 k Ultra-HD video_streams. As such, additional_video_compression standards, such as_the High Efficiency Video Coding_(HEVC) Standard, have been developed for_use with_high resolution_video streams, e.g., 4 k and 8 k Ultra-HD video streams._In the HEVC Standard, an encoded_bitstream includes a series_of arithmetic-coded_symbols_that correspond to_elements_of a_compressed image, such as spatial prediction modes,_motion vector_data, transform coefficients, etc. The elements_are combined into coding_units_(CUs) that correspond to square pixel_regions of the coded image.
A video_decoder implementing the HEVC Standard,_e.g._an_HEVC decoder, receives the bitstream_that includes HEVC coding units and_passes the bitstream_through a Context Adaptive Binary Arithmetic Coder_(CABAC)_block. The CABAC block converts the_coding_units of the bitstream into a_stream_of_binary symbols (“bins”) and stores_the binary symbols in a memory_buffer. A symbol decoder of the HEVC decoder retrieves_the binary symbols_from the memory buffer and_decodes_the_binary symbols into the symbols that correspond to the elements_of the_compressed image, such_as spatial prediction mode symbols, motion vector symbols and/or transform_coefficient symbols. The symbols that correspond to_the elements of the compressed image are passed to appropriate blocks_for generating the corresponding elements, e.g. spatial prediction_modes, motion vectors, transform coefficients, etc. However,_since