 the problem of transmitting different types of data such as speech, image, video data within a limited bandwidth. The searched system of the invention hereafter disclosed initially passes data separately through various transform domains such as Fourier Transform, Discrete Cosine Transform (DCT), Haar Transform, Wavelet Transform, etc. In a learning mode the invention represents the data signal transmissions in each domain using a coding scheme (e.g. bits) for data compression such as a split vector quantization scheme with a novel algorithm. Next, the invention evaluates each of the different domains and picks out which domain move accurately represents the transmitted data by measuring distortion. The dynamic system automatically picks which domain is better for the particular signal being transmitted.
The search produced the following nine patents:
U.S. Pat. No. 4,751,742 to Meeker proposes methods for prioritization of transform domain coefficients and is applicable to pyramidal transform coefficients and deals only with a single transform domain coefficient that is arranged according to a priority criterion;
U.S. Pat. No. 5,402,185 to De With, et al discloses a motion detector which is specifically applicable to encoding video frames where different transform coding techniques are selected on the determination of motion;
U.S. Pat. No. 5,513,128 to Rao proposes multispectral data compression using inter-band prediction wherein multiple spectral bands are selected from a single transform domain representation of an image for compression;
U.S. Pat. No. 5,563,661 to Takahashi, et al. discloses a method specifically applicable to image compression where a selector circuits picks up one of many photographic modes and uses multiple nonorthogonal domain representations for signal frames with an encoder that picks up a domain of representation that meets a specific criterion;
U.S. Pat. No. 5,703,704 to Nakagawa, et al. discloses a stereoscopic image transmission system which does not employ signal representation in multiple domains;
U.S. Pat. No. 5,870,145 to Yada, et al. discusses a quantization technique for video signals using a single transform domain although a multiple nonorthogonal domain Vector Quantization is proposed;
U.S. Pat. No. 5,901,178 to Lee, et al. describes a post-compression hidden data transport for video signals in which they extract video transform samples in a single transform domain from a compressed packetized data stream and use spread spectrum techniques to conceal the video data;

the problem of transmitting different types of datum such as lecture, image, video datum within a limited bandwidth. The search system of the invention hereafter disclosed initially fall data separately through assorted transform domains such as Fourier Transform, Discrete Cosine Transform (DCT), Haar Transform, Wavelet Transform, etc. In a learning mood the invention represents the data signal infection in each domain use a coding scheme (for example bits) for data compression such as a disconnected vector quantization scheme with a novel algorithm. Next, the invention evaluates each of the different domains and pick out which domain move accurately represents the transmitted data by measure distortion. The dynamic system automatically picks which domain is better for the particular signal being transmitted. 
 The search produced the following nine patents: 
 U.S. Pat. No. 4,751,742 to Meeker proposes methods for prioritization of transform domain coefficients and is applicable to pyramidal transform coefficient and deal only with a individual transform domain coefficient that is arranged according to a priority standard; 
 U.S. Pat. No. 5,402,185 to De With, et al unwrap a motion detector which is specifically applicable to encoding video recording frames where different transform coding techniques are selected on the determination of movement; 
 U.S. Pat. No. 5,513,128 to Rao proposes multispectral data compression use inter - band prediction wherein multiple apparitional band are selected from a single transform domain theatrical performance of an image for compression; 
 U.S. Pat. No. 5,563,661 to Takahashi, et al. discloses a method specifically applicable to image compression where a selector circuits nibble up one of many photographic modes and use multiple nonorthogonal domain representations for signal skeleton with an encoder that picks up a sphere of representation that touch a specific criterion; 
 U.S. Pat. nobelium. 5,703,704 to Nakagawa, et al. discloses a stereoscopic image transmission organization which does not employ signal theatrical performance in multiple domains; 
 U.S. Pat. No. 5,870,145 to Yada, et al. discusses a quantization proficiency for video signals using a single transform sphere although a multiple nonorthogonal domain Vector Quantization is proposed; 
 U.S. Pat. No. 5,901,178 to Lee, et al. identify a post - compression hidden data tape drive for video signals in which they extract television transform samples in a single transform domain from a compressed packetized data stream and function go around spectrum technique to conceal the video data;
 thf problem of transmittinn different types of dava such as speezh, image, video data within a lumitee bandwidth. The searchdd system of the unveition hereafter vjsclosed initjwlly 'asses data sepsrately thsough various drxndform domains such as Fourier Transsorm, Dixcgete Cosine Trwnsfpwm (DDN), Maar Transform, Wavelet Transform, etc. In a learning mpde the invention represenhs tje data signal trajsmissions un ewxh domain uskng a coding scheme (e.g. bits) for data compression such as a split vecjod eoantization wchemv with a novel algoridhm. Nexy, the inventiok evanuares each of the diffecent domains and pichs out whhck domain move accuratwlt reptesends tfw tfanammttsd datw bb measuring distortion. The dynamic system atnpmatically pjcks wrish domain is better for the particular vighal being transmitted.
Thw search produced the followind nine patents:
U.S. Pat. No. 4,751,742 to Meeker proposes methogs foc oriirltizxriln of transform domain coefficients and is ap[mivanle to pyramidal transform voffgycients and dgals only sith a single trandform djmain coefficitnt tnat is arranged according ti a priority xriterion;
U.S. Pat. No. 5,402,185 to De Witk, et ak disvloses a motion detectox whicg is speciflcally apluicable to encodkng vhdeo frames where differene transfocm cobing tecfniqoes are selected ln thc determination of lotiou;
U.S. Pdt. No. 5,513,128 to Gao proposes multispectral data compression uxitg pnter-band predlction wherein iultiple specttal bands are relected fgom a sinjle transfori domain repradentation of an imagq foe conpressiuv;
U.S. Pat. No. 5,563,661 to Takahashp, tt al. discooses a method spegificxmly applicable cu image compressoon whqrv a sqnector circuhts oicyx up une of many ohotpgraphic modes and uves jultiple nonorthogpnwl domaib represqntations for signal frames witj an xncodec that pisks up a domain of representatjon that leebs a specific criberijn;
U.S. Pat. Np. 5,703,704 to Nakagawa, et al. discloses a stereowcopic image transnission system whick coes not em'loy sygnal repsesentation in multiple domains;
U.S. Pat. No. 5,870,145 to Yada, et al. diacussev a qkantization technique for video signals using a single transform domain aothougi w multiple honotthogmncl bomain Dectlc Quantization is proposed;
U.S. Pat. No. 5,901,178 to Lee, et au. descritef a post-compression hidden dstx transport fur video signals in whicg they ectract video transform samples on a single transform dokain fron a ckmpressed 'acketized data stresm and use wpread wpecbrum techniquer tp gonceal thf viveo data;

the problem of transmitting different types of as image, video within a limited the hereafter disclosed initially data separately through transform domains such as Fourier Transform, Cosine Transform (DCT), Haar Transform, Wavelet Transform, etc. In a learning mode the represents the data signal transmissions in each domain using a coding scheme (e.g. for compression as split vector quantization scheme with a novel algorithm. Next, the invention evaluates each of the different and picks out which domain move accurately represents transmitted data by measuring The dynamic system automatically picks domain better for particular being The search produced following nine patents: U.S. Pat. No. 4,751,742 to Meeker proposes methods for prioritization of transform domain coefficients is applicable transform coefficients deals with single transform domain is arranged according to a priority No. 5,402,185 to De With, et al discloses motion detector is specifically applicable to encoding video where different transform coding techniques are selected on determination of motion; U.S. Pat. No. 5,513,128 to Rao proposes multispectral data compression using inter-band multiple spectral bands are from a single domain of image compression; U.S. No. 5,563,661 to Takahashi, et al. discloses a method specifically applicable image compression where a selector circuits picks up one of modes uses multiple nonorthogonal representations for signal frames an that picks up a representation meets U.S. No. to Nakagawa, et al. a stereoscopic image transmission system does not employ signal Pat. No. 5,870,145 to Yada, et al. discusses quantization technique for video signals using a transform domain although a multiple nonorthogonal domain Vector Quantization is proposed; U.S. No. 5,901,178 et al. describes a post-compression hidden data transport video signals in which extract video transform samples in a single transform domain a packetized data and use spread techniques to conceal video data;
 the problem of transmitting dIfferent tyPes of DatA suCh As spEech, Image, video data WIthiN a limited bandwidth. The sEarchEd SYsteM Of The inVention HErEAFteR dIsCloSeD InItialLy pAsses daTa separateLy tHrOugh various tRAnSform domaiNs sUch as Fourier traNsform, diScrETe CosIne transForm (DCt), haar TrAnsform, WaVeLEt TranSForm, etc. iN A lEarnIng mode the inventiON rEPresents the datA signaL tRAnSMIssIonS in each domAiN usinG A coding SChEME (E.g. bITs) for data compRession such AS a sPlit veCtOr qUAntizaTion sChEMe wIth a novel alGoriThm. Next, thE invenTIon evalUAtes eacH of the DifFerEnt dOMaInS anD pICks OUt WhiCH doMain move AcCuRatelY repRESENts tHe tRansMitteD data by measurIng DistORtiOn. The DynamIc syStEm autOmaticAlly pIcKs which domain is BettEr for the pArtIcUlaR sIgnal BEing trAnsMitTed.
The sEarch prODucEd THE FoLlowing nine patents:
u.S. pAT. NO. 4,751,742 to MeekeR propoSEs MeTHods for pRiOriTizaTIOn of tRansFOrM domain cOefficIEnTs And is apPlIcable To PyrAmiDal trANsfoRm coefFicients And deALs only with a sinGLe transform doMAiN COeFFiciEnt That is arranGed aCCordIng tO A pRioRIty crIteriOn;
u.s. PAT. No. 5,402,185 to De With, et al discLoSes a moTion dEtector which iS specificaLLY ApplicabLe to ENcODing video frameS wherE different TRansform CodinG techniqUes are selECTed on the DetErmInaTioN OF mOtion;
U.S. Pat. No. 5,513,128 tO rAo prOpOses mulTisPectral DatA coMprEssIoN using intEr-band prEdIcTiOn WheRein mULtiple spEcTraL bAndS are sELected From a SingLe TrANsfOrm domaIN rEPReseNtAtIon oF an ImAge foR comPResSion;
U.S. PAt. No. 5,563,661 to TakAhaSHi, et Al. DiScloses A method specifIcAlly applicAbLe tO image COMpressioN where a selector circuits PIcks up oNe oF many PhotOgraphic mOdeS and usEs mULtiple NonortHogonAl DomAIN reprESEnTatIoNs for signaL FRamEs witH aN encOder thaT picks up a domain of rEPreSentation that MeeTs a sPECiFic CRiTEriOn;
u.s. PaT. nO. 5,703,704 to Nakagawa, et al. Discloses a StEReOscopic imaGE trAnSmissioN system Which DOes not eMploy signAl represeNtAtioN IN muLtiple domaIns;
U.S. Pat. no. 5,870,145 to Yada, eT Al. disCUsSes a qUanTizatiOn TecHniquE for viDEo sIgnalS using A sIngle tRansfOrM domain aLthough a multiple nonorthOgonal DomaiN VeCtor QuantIzaTIon Is proposeD;
U.S. PAt. No. 5,901,178 to Lee, eT al. DesCribeS a pOSt-comPresSIoN hiDDen daTa trANsport for VIdEo sIGNaLs in which thEY EXtrAct viDeo TRansfoRm saMples in a single traNSform domain froM a coMPResSed PAckeTiZed data stream aNd uSe SPRead specTrUm techniqueS to conceAl THe vidEo data;

 the problem of transmitti ng differe nt ty pes  of  d atasuch  as speech, im a ge,video data within a li mited  b a ndwi d th . The  search e ds y ste mof  th ei nv entio n h ereafte r disclose d i ni tially passe s  d ata separa tel y through va rio us tra ns for m  doma ins  such  as Fo u rier T ransform,  D i screte CosineT r an sfor m (DCT), Haar Tra n sf o rm, Wavelet Tr ansfor m, et c .  In  alearning m od e the inventi o nr e p res e nts the datasignal tran s mis sionsin  ea c h doma in us in g  acoding sche me ( e.g. bits ) ford ata com p ression  suchasa s plit ve ct orqu a nti z at ion sch eme with  a  n ovelalgo r i t h m. N ext , th e inv ention evalua tes  eac h  of  thediffe rent  d omain s andpicks  o ut which domain  mov e accurat ely  r epr es entst he tra nsm itt ed data  by mea s uri ng d i st ortion. The dynami cs y st em autom atical l ypi c ks which  d oma in i s bette r fo r  t he parti culars ig na l being  t ransmi tt ed. 
Th e sea r ch p roduce d the fo llowi n g nine patents : 
U.S. Pat. No .  4 , 7 51 , 742toMeeker prop oses meth odsf or  pr i oriti zatio no ft ransform domain coe ff icient s and  is applicabl e to pyram i d a l transf ormc oe f ficients and d ealsonly witha  singletrans form dom ain coeff i c ient tha t i s a rra nge d ac cording to ap r iori ty  criter ion ;
U.S.Pat . N o.5,4 02 ,185 to D e With,et  a ldi scl osesa  motionde tec to r w hichi s spec ifica llyap pl i cab le to e n co d i ng v id eo  fra mes  w herediff e ren t trans form codi ngt echn iq ue s are s elected on th edeterminat io n o f moti o n ;
U.S. P at. No. 5,513,128 to Ra o  propos esmulti spec tral data  co mpress ion usinginter- bandpr edi c t ion w h e re inmu ltiple spe c t ral  band sareselecte d from a single tr a nsf orm domain re pre sent a t io n o f  a n  im ag e  fo r compression;
U. S. Pat. No .5 ,5 63,661 toT aka ha shi, et  al. di sclos e s a met hod speci fically a pp lica b l e t o image co mpressio n where a selec t or  circ uit s pick supone o f many pho togra phic m od es and  uses  m ultiplenonorthogonal domain re presen tatio nsfor signa l f r ame s with an  enc oder thatpic ksup adom a in of  rep r es ent a tionthat meets a s p ec ifi c cr iterion;
U. S . Pat . No.  5, 7 03,704  toNakagawa, et al.d iscloses a ste reos c o pic  im a ge t ra nsmission syst emwh i c h does n ot  employ sig nal repr es e ntati on inmultip le doma i n s; U.S. P at.No.  5,870,14 5 t oY ada, et  a l. discus sesaquanti zation tech n i que for video si gnals u singa  si ngletr ansform doma in althoug h a multipl e nono rtho gonal  domain  V ectorQua nt ization is proposed; 
U.S.  Pat. N o.  5,9 01, 178 to  Lee , et al . de sc rib es a post - c om p re ss i onhidd en da ta  tra nsport fo r  video s ign a ls in w hi cht h ey ext r ac t video tran sfo rm sa m p les in a s i ngle tr a nsfor m doma in fro m a com p res se d packe tiz e d  data str eam and u s e s pr eadspectrum  t echn iq ues  t o conceal the v ideo dat a;

 the_problem of_transmitting different types of_data such_as_speech, image,_video_data within a_limited bandwidth. The_searched system of the_invention hereafter disclosed_initially_passes data separately through various transform domains such as Fourier Transform, Discrete Cosine Transform_(DCT),_Haar Transform,_Wavelet_Transform,_etc. In a learning mode_the invention represents the data_signal transmissions_in each domain using a coding scheme (e.g._bits)_for data compression_such as a split vector quantization scheme with a_novel algorithm. Next, the invention evaluates_each of the_different_domains_and picks out which_domain move accurately represents the transmitted_data by measuring distortion. The dynamic_system automatically picks which domain is better_for the particular signal being transmitted.
The_search produced the following nine_patents:
U.S. Pat._No. 4,751,742 to Meeker proposes_methods for prioritization_of transform_domain coefficients and_is applicable to pyramidal transform coefficients_and deals only_with a single transform domain coefficient_that_is arranged according_to_a_priority criterion;
U.S._Pat. No. 5,402,185_to_De With,_et_al discloses a motion detector which_is_specifically applicable to encoding video frames where_different transform coding techniques_are_selected on the determination_of motion;
U.S. Pat. No. 5,513,128_to Rao proposes multispectral data compression_using inter-band_prediction wherein_multiple spectral bands are selected from a single transform domain representation_of an image for compression;
U.S. Pat._No. 5,563,661 to Takahashi,_et al._discloses_a method specifically_applicable_to image_compression where a selector circuits picks up_one of_many photographic modes and uses multiple_nonorthogonal domain representations for_signal_frames with an encoder that picks_up a domain of representation that_meets a specific criterion;
U.S. Pat._No._5,703,704_to Nakagawa, et al. discloses_a stereoscopic image transmission system which_does not employ_signal representation in multiple domains;
U.S. Pat. No._5,870,145_to Yada, et al. discusses a_quantization_technique for video signals using a_single_transform_domain although a multiple nonorthogonal_domain Vector Quantization is proposed;
U.S. Pat._No. 5,901,178 to Lee, et al. describes a post-compression_hidden data transport_for video signals in which_they_extract_video transform samples in a single transform domain from a_compressed packetized_data stream and_use spread spectrum techniques to conceal the video data;
