[通信电子精品] dtmf信号编解码器设计及仿真

毕业设计DTMF信号编、解码器设计及仿真学院信息学院专业姓名指导老师信息工程学号职称副教授A2A0A4XXXA5A6A7A7A1A3A8XXX毕业设计诚信承诺书本人郑重承诺我所呈交的毕业设计DTMF信号编、解码器设计及仿真是在指导教师的指导下，独立开展研究取得的成果，文中引用他人的观点和材料，均在文后按顺序列出其参考文献，论文使用的数据真实可靠。承诺人签名日期年月日A9A9A9A10A11A12A12A13A14A15A16A17A18A19A20A21DTMF信号编、解码器设计及仿真摘要DTMF（DUALTONEMULTIPLEFREQUENCY）编码是用两个单频音的合成音来表示一个数字或符号。DTMF解码是用特定的方法或算法识别两个单频音的合成音，提取其包含的数字或符号信息。DTMF信号编码、解码已经成为一种非常成熟的技术，依循的技术规范是ITUQ23。相对于脉冲拨号方式，DTMF方式的优点是拨号速率高，通话期间也适用，不会引入明显的干扰。DTMF编码技术主要包括单音发生和双音合成两部分；DTMF解码技术主要包括双音检测、收发同步和单音分离判别三部分。理解和解决G17837G1135技术G19394G20076对G11752发和G16786G16757一G14336通信G16786G3803和G13007G13491G1867G7389G7234G17953G5859G1053。G7424G7003G3324分G7524G16764G16782G2419G7389的DTMF编码、解码方法的G3534G11796G990分别提G1998G1114一种G7044的DTMF编码算法和一种G7044的DTMF解码算法。G3324TI的TMG5432G19G38G25G23G59G59DG54G51G990G1235G11507G13479G7536表明，G7044的DTMF编码、解码算法G12628单G7143于G4466G10628，编码G6940率高，G17828G15904速G5242G5567，解码G16835G5058率G1314，是G5468G7389G4466用G1227G1552的算法。关键词DTMF信号编码DTMF信号解码TMG5432G19G38G25G23G59G59DG54G51G5224用A22A22A22A23A24A25A25A26A27A28A29A30A31A32A33A34A34DTMFSIGNALENCODERANDDECODERDESIGNANDSIMULATIONABSTRACTDTMFDUALTONEMULTIPLEFREQUENCYENCODINGISTOUSETHESYNTHESISOFTWOSINGLETONESOUNDSTOINDICATEANUMBERORSYMBOLDTMFDECODINGISTOUSEAPARTICULARMETHODORALGORITHMTORECOGNIZETHESYNTHESISOFTWOSINGLETONESOUND,ANDEXTRACTINFORMATIONWHICHCONTAINEDWITHINTHENUMBERS,ORSYMBOLSDTMFSIGNALENCODINGANDDECODINGHASBECOMEAVERYMATURETECHNOLOGY,THATFOLLOWSTHETECHNICALSPECIFICATIONITUQ23RELATIVETOTHEPULSEDIALING,DTMFDIALINGMETHODHASTHEADVANTAGEOFHIGHRATE,ANDAPPLIESDURINGACALLWITHOUTINTRODUCINGSIGNIFICANTINTERFERENCEDTMFTONEENCODINGTECHNIQUESINCLUDETHEOCCURRENCEANDSYNTHESISOFTWOTONEDTMFDECODINGTECHNIQUESINCLUDEDUALTONEDETECTION,TONETRANSCEIVERSEPARATIONOFSYNCHRONIZATIONANDIDENTIFICATIONUNDERSTANDINGANDSOLVINGTHESETECHNICALPROBLEMSHASUNIVERSALSIGNIFICANCEFORDESIGNINGINGENERALCOMMUNICATIONSEQUIPMENTANDSYSTEMSONTHEANALYZINGRESULTOFSOMEOFTHEEXISTINGDTMFSIGNALENCODING,WEHASADVANCEDANEWDTMFSIGNALENCODINGANDDECODINGALGORITHMRESPECTIVELYINTHEPAPERTHERESULTOFSIMULATIONANALYSISONTITMS320C64XXDSPSHOWSTHATTHENEWDTMFSIGNALENCODINGANDDECODINGALGORITHMARESIMPLEANDEASYTOREALIZE,POSSESSHIGHCODINGEFFICIENCY,HIGHRATETORUN,ANDDECODINGERRORRATEVERYLOW,HAVEPRACTICALAPPLICATIONVALUEKEYWORDSDTMFSIGNALENCODINGDTMFSIGNALDECODINGTMS320C64XXDSPAPPLICATIONA35A35A35A36A37A38A38A39A40A41A42A43A44A45A46A47A47A47目录摘要IABSTRACTII1引言12双音多频信号技术规范23双音多频信号发生算法分析论证331双音多频信号发生现有算法分析332改进的双音多频信号发生编码算法54双音多频信号解码算法设计论证741双音多频信号接收解码现有算法分析742一种新的双音多频信号接收解码算法85C64XXDSP性能特点1151C64XXDSP硬件结构1152C64XXDSP指令系统1253DSP集成开发工具CCS156算法实现DSP源程序注解177算法仿真结果与讨论2371双音多频信号发生编码算法仿真结果2372双音多频信号接收解码算法仿真结果2373算法仿真结果讨论238结论24A35A35A35A36A37A38A38A39A40A41A42A43A44A45A46A47A48参考文献25附录DTMF编码、解码数据表26谢辞29A35A35A35A36A37A38A38A39A40A41A42A43A44A45A46A381引言DTMFG2375双音G3822频（DUALTONEMULTIPLEFREQUENCY）编码是用两个单频音的合成音来表示一个数字或符号，通常用于用G6155话G7438G12483。DTMF解码是用特定的方法或算法识别两个单频音的合成音，提取其包含的数字或符号信息，通常用于G4628G1144G6454G7438G12483。DTMF编码和解码依循的技术规范是ITUQ23A49。相对于脉冲拨号方式，DTMF方式的优点是拨号速率高，通话期间也适用，不会引入明显的干扰。DTMF编码技术主要包括单音发生和双音合成两部分；DTMF解码技术主要包括双音检测、收发同步和单音分离判别三部分。G7424G7003G3324分G7524G16764G16782G10628G7389的DTMF编码、解码方法的G3534G11796G990分别提G1998G1114一种G7044的编码、解码算法。G17837G1135算法G12628单G7143于G4466G10628，G3324TI的TMG5432G19G38G25G23G59G59DG54G51G990G1235G11507G13479G7536表明，编码G6940率高，解码G5058G19181率G1314。DTMF信号编码、解码技术G15441G9994G8616G17751G12628单，G9994G13792G21647G19604G15441G4579G1128G14051G1477G1852，DTMF信号编码包含信号发生G994合成技术，DTMF信号解码包含信号G9400G8886、相G1863检G8886和收发同步技术。理解和解决G17837G1135技术G19394G20076对G11752发和G16786G16757一G14336通信G16786G3803和G13007G13491G1867G7389G7234G17953G5859G1053。G16850G20076G20330G1820G4570分G7524G10628G7389的一G1135DTMF信号编码、解码算法，G3324G8504G3534G11796G990G13479合TITMG5432G19G38G25G23G59G59DG54G51的G5627G14033特点，G11752G12362G16786G16757G7044的G12628单G7143于G4466G10628的G7389G4466用G1227G1552的DTMF信号编码、解码算法。13ITUTRECOMMENDATIONQ23TECHNICALFEATURESOFPUSHBUTTONTELEPHONESETS1993A35A35A35A36A37A38A38A39A40A41A42A43A44A45A46A362双音多频信号技术规范双音G3822频信号编解码依G10043的技术规范是ITUG16T的Q23。G16825规范G2494对G4628G1144G6454G7438G12483的G6521收G3132G2058定G1114DTMF信号的G7643G1946和要G8726，G3926定G1053G1114G1314频音G13464和高频音G13464G2520G23个单频音、G2520单频音的频率G16835G5058G990G991G19492、G2520G1314音高音对G6164G1207表的数字或符号、G1314音高音合成G2163率G11017G5191G8616、G1268号G7114G19283和间G19560G7114G19283G12573。G1209G991G2027G1998的是G16825技术规范的要点G726G1314频音G13464的G23个单音频率G726G25G28G26G43G93G15G26G26G19G43G93G15G27G242G43G93G15G28G23G20G43G93高频音G13464的G23个单音频率G726G202G19G28G43G93G15G2033G25G43G93G15G20G23G23G26G43G93G15G20G2533G43G93G1209G990G2520G1314音和高音频率相对G16835G5058G990G991G19492是G726G102G20G27表2G20G2027G1998的是每对双音G6164G1207表的数字或符号。表2G16G20DTMF字符G16G16频率对G5224表数字或符号低音频率高音频率0941HZ1336HZ1697HZ1209HZ2697HZ1336HZ3697HZ1447HZ4770HZ1209HZ5770HZ1447HZ6770HZ1447HZ7852HZ1209HZ8852HZ1336HZ9852HZ1447HZ941HZ1209HZ941HZ1447HZA697HZ1633HZB770HZ1633HZC852HZ1633HZD941HZ1633HZ由单音合成为双音的编码过程是直G6521G8726两个单音的G1207数和，G2375XTALSIN2PIFLTAHSIN2PIFHTA50A50A50A51A52A53A53A54A55A56A57A58A59A60A61A62G2163率G11017G5191要G8726G726负载G11017阻G25G19G19高音G11017G5191G726G16G25DBMG1022DBMG1314音G11017G5191G726G16G27DBMG1022DBM高音G11017G5191高于G1314音G11017G51912G102G20DBM，G1209弥补G11017话线路相对G1314频段对高频段的过G3822衰减。信号定G7114要G8726G726G1268号G7114G19283G726G25G24MSG1268号间G19560（暂停）G7114G19283G726G25G24MSA50A50A50A51A52A53A53A54A55A56A57A58A59A60A61A633双音多频信号发生算法分析论证31双音多频信号发生现有算法分析G10628G7389双音G3822频信号发生编码算法主要G7389三类G726（G20）查表法A64预G1820按采样间G19560和一定精G5242G16757算G1998G2520单频音信号的取样G1552，存G2027为若干常数表。发生某一音频信号G2494须取用对G5224的表数据G2375可。查表法的困难G3324于G726一个音频信号周期一G14336不会恰好是采样周期的整数倍，G3926话音通信G16786G3803通常使用的采样率是G27G19G19G19G43G93G15DTMF的G27个单频音信号周期都不是采样周期的整数倍。为G1114G16757算G1998一个单频音信号的完整样G1552数据表，往往要G16757算存G2027几个周期的样G1552数据，使得常数表G19283G5242成倍增加，G2375G6164需存储资源成倍增加。对于G3822个单频音信号的情形，G2520单频音信号的常数表的G19283G5242都不一样，增加G1114编码处理的难G5242。G8504法的优点是G3324线G16757算量G4579，速G5242G5567，对处理G3132的处理G14033力要G8726G17751G1314。（2）级数近似G16757算法用G991面的级数近似地G3324线G16757算G2520单频音信号的样G1552数据。/2X01800293X0544678X5325196XX0020263673140625XSINX5432PIDSTBUFF,B6SMPNUMDTMFCODERMVKLS1SINWT800,A5|MVKLS2SINWT800,B5MVKHS1SINWT800,A5|MVKHS2SINWT800,B5MVKS1800,A12|MVKS2800,B12SHRS1XB6,1,A2|MVKS21,B2|ADDAHD1A5,A12,A12|ADDAHD2B5,B12,B12DTMFCODELOOPA21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A24A36A2BS1DTMFCODELOOP|A2BS2B3|A2LDHD1A5A4,A8|A2LDHD2B5B4,B8CMPLTL1A5,A12,A1|CMPLTL2B5,B12,B1|B2SHRS1A10,1,A10A1ADDKS18002,A5|B1ADDKS28002,B5|B2ADDL2XB9,A9,B10|B2STHD1A10,A6A2LDHD1A5A4,A9|A2LDHD2B5B4,B9|B2SHRS2B10,1,B10CMPLTL1A5,A12,A1|CMPLTL2B5,B12,B1|B2STHD1B10,A6A1ADDKS18002,A5|B1ADDKS28002,B5|ADDL1XA8,B8,A10|A2SUBD1A2,1,A2|B2ZEROD2B22DTMF解码器源程序A21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A24A37函数名G726DTMFDECODG16855用方式G726G38语言可G16855用输入参数G726BYTESRCBUFF要解码的DTMF样G7424数据G6363G19036BOOLFGFLAGG1314音G13464/高音G13464G6363示G7643志WORDSRCLENTHDTMF样G7424数据G19283G5242（半字单位）输G1998参数G726WORDFINDEX解码输G1998的音频索引号WORDMAXVALUE解码输G1998的音频对G5224的G2163率G11017G5191G7380大G1552G16825函数使用的常数表G3926附录G726DTMF编码、解码数据表G6164示。G16825函数采用一种特别的G10627形G4559G3348技术。源码G19283G5242G23G23G27字G14422。G17828G15904G7114G19283为SRCLENTH1618C64XG6363G1208周期。A4SRCBUFF,B4FGFLAG,A6SRCLENTHRETURNA4FINDEX,B4MAXVALUEF0,F1,F2,F3DTMFDECODMVKS170,A8A870|MVKS285,B10B1085|MVL2B4,B1|MVKD21,B2ADDD1A8,7,A9A977|ADDD2B10,9,B11B1194|B1MVKS1121,A8A8121|B1MVKS2148,B10B10148MVKLS1SINWT8002002,A5|MVKLS2SINWT800,B5A21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A22A23|B1ADDD1A8,13,A9A9134|B1ADDD2B10,15,B11B11163|MPYM2X1,A8,B8|MPYM1X1,B10,A10|ZEROL1A21A20|ZEROL2B21B20MVKHS1SINWT8002002,A5|MVKHS2SINWT800,B5|MVD1A6,A2|STWD2B0,B15|ZEROL1A23A22|ZEROL2B23B22|MPYM11,A6,A1|MPYM21,B2,B1MVKS1600,A12|MVKS2800,B12|MVD1A5,A3|MVD2B5,B4|ZEROL1A25A24|ZEROL2B25B24|MVDM1A5,A6|MVDM2B5,B6MVS1A3,A7|MVS2B4,B7|ADDAHD1A5,A12,A13|ADDAHD2B5,B12,B13|ZEROL1A27A26|ZEROL2B27B26|MPYM2X1,A9,B9|MPYM1X1,B11,A11DTMFDECODLOOPA2BS2DTMFDECODLOOP|A2LDHD1A3A8,A16|A2LDHD2B4B8,B16|A1ADDKS18002,A6|B2MPYM1A16,A12,A16|B2MPYM2XB16,A12,B16|CMPLTL1A7,A13,A1|CMPLTL2B7,B13,B0A21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A22A24A2LDHD1A4,A12|B1SUBAHD2B6,B12,B6|B2MPYM1A17,A12,A17|B2MPYM2XB17,A12,B17|CMPLTL1A3,A13,A1|CMPLTL2B4,B13,B1|A1ADDKS18002,A7|B0ADDKS28002,B7A2LDHD1A5A9,A17|A2LDHD2B5B9,B17|B2MPYM1A18,A12,A18|B2MPYM2XB18,A12,B18|B2ADDL1A16,A21A20,A21A20|B2ADDL2B16,B21B20,B21B20|A1ADDKS18002,A3|B1ADDKS28002,B4A2LDHD1A6A10,A18|A2LDHD2B6B10,B18|B2MPYM1A19,A12,A19|B2MPYM2XB19,A12,B19|B2ADDL1A17,A23A22,A23A22|B2ADDL2B17,B23B22,B23B22|CMPLT2S1A5,A13,A1|CMPLT2S2B5,B13,B1A2LDHD1A7A11,A19|A2LDHD2B7B11,B19|B2ADDL1A18,A25A24,A25A24|B2ADDL2B18,B25B24,B25B24|A1ADDKS18002,A5|B1ADDKS28002,B5|B2MPYM20,B2,B2CMPLT2S1A6,A13,A1|CMPLT2S2B6,B13,B1|B2ADDL1A19,A27A26,A27A26|B2ADDL2B19,B27B26,B27B26|A2SUBD1A2,1,A2|A2LDWD2B15,B0A21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A22A22DTMFDECODLOOP_ENDSHRS1A21A20,24,A21A20|SHRS2B21B20,24,B21B20SHRS1A23A22,24,A23A22|SHRS2B23B22,24,B23B22|MPYM1A20,A20,A21|MPYM2B20,B20,B21SHRS1A25A24,24,A25A24|SHRS2B25B24,24,B25B24|MPYM1A22,A22,A23|MPYM2B22,B22,B23SHRS1A27A26,24,A27A26|SHRS2B27B26,24,B27B26|MPYM1A24,A24,A25|MPYM2B24,B24,B25SADDL1XA21,B21,A4|MPYM1A26,A26,A27|MPYM2B26,B26,B27BS2B3|SADDL1XA23,B23,A22|SADDL2XB25,A25,B4CMPGTL1A22,A4,A1|SADDL2XB27,A27,B22A1MVD1A22,A4|CMPGTL2B22,B4,B1B1MVD2B22,B4CMPGTL2XB4,A4,B2B2ADDL1X2,B1,A4|B2MVD1A1,A4|B2MVD2XA4,B4A21A21A21A22A23A24A24A25A26A28A29A30A31A32A33A22A387算法仿真结果与讨论双音G3822频信号发生编码和G6521收解码算法G1235G11507都是G3324TI公司提G1391的G38G38G5432软件G1235G11507G3132（G54IMULATER）G990进G15904的。71双音多频信号发生编码算法仿真结果源码G19283G5242G726G202G27字G14422。编码G7114G19283G18符号G726合成音数据G19283G5242164C64XG6363G1208周期输G1998合成音信噪G8616G72662DB输G1998合成音失G11507G5242G72600000027872双音多频信号接收解码算法仿真结果源码G19283G5242G726G23G23G27字G14422。解码G7114G19283G18符号G7262G1268号G7114G19283MS81618C64XG6363G1208周期G20G19DB信噪G8616G7477件G991G16835码率G726G1973算法仿真结果讨论G3324TMG5432G19G38G25G23G59G59G990G4466G10628G7424G7003提G1998的双音G3822频信号发生编码和G6521收解码算法G2356用的处理G3132资源G3926G991G726ROM或FG47G36G54G432K字G14422RG36M2K字G14422G38G51U处理G14033力G726G20MIG51G54由G8504可知，G7424G7003提G1998的DTMF发生编码和G6521收解码算法G2356用的TMG5432G19G38G25G23G59G59G18G25G19G19M处理G3132存储资源G5468少，G2494用G1114G23G27G19G19MIG51G54G38G51U处理G14033力的G23G27G19G19分之一。A39A39A39A40A41A42A42A43A44A45A46A47A48A50A51A40A528结论DTMF编码技术主要包括单音发生和双音合成；DTMF解码技术主要包括双音检测、收发同步和单音分离判别。理解和解决G17837G1135技术G19394G20076对G11752发和G16786G16757一G14336通信G16786G3803和G13007G13491G1867G7389G7234G17953G5859G1053。G7424G7003G3324分G7524G16764G16782G2419G7389的DTMF编码、解码方法的G3534G11796G990分别提G1998G1114一种G7044的DTMF编码算法和一种G7044的DTMF解码算法。G7044的DTMF编码算法引入变步G19283G10627形查表技术，G4466G10628一张表G5567速发生DTMF编码需要的G1314频G13464和高频G13464共G27个单音信号。G7044的DTMF解码算法采用G7003中G16782证G16786G16757的正G1144相G1863检G8886技术，G4466G10628DTMFG6521收信号的G5567速、精确解码。G3324TI的TMG5432G19G38G25G23G59G59DG54G51G990G1235G11507G13479G7536表明，G7003中提G1998的G7044的DTMF编码、解码算法G12628单G7143于G4466G10628，编码G6940率高，G2356用处理G3132资源少，G17828G15904速G5242G5567，解码G16835G5058率G1314，是G5468G7389G4466用G1227G1552的算法。A39A39A39A40A41A42A42A43A44A45A46A47A48A50A51A40A53参考文献G20郑君G18336,信号G994G13007G13491G15高G12573教育G1998G10268社,2006年，第249页。2程佩青G15数字信号处理教程G15清G2338大学G1998G10268社G152G19G192年，第G203G26页。3ITUG16TRECOMMENDATIONQ23TEG38G43NIG38G36G47FEG36TUREG54OFG51UG54G43G16BUTTONTEG47EG51G43ONEG54ETG54G20G28G283G23GUNTERG54CHMERG15DTMFTONEGENERATIONANDDETECTIONG36NIMPLEMENTATIONUSINGTHETMG5432G19G38G24G23G91G15TIG36PPLICATIONREPORTG15G54G51RG36G19G28G25G36G16MAY2G19G19G19G24TIMMASSEYANDRAMESHIYERG15DG54G51G54OLUTIONSFORTELEPHONYANDDATAG18FACSIMILEMODEMSG15TIG36PPLICATIONREPORTG15G54G51RG36G19G263G16G45ANUARYG20G28G28G26G25,ZHCU002A66TMG5432G19G38G25G19G19G19G6363G1208G19610G1235G11507G3132技术参考G15TI公司，2G19G19G24A39A39A39A40A41A42A42A43A44A45A46A47A48A50A51A40A54附录DTMF编码、解码数据表DEFSINWT800DATASINWT800WORD0X01010000,0X03040203,0X05060405,0X07090608,0X090A080AWORD0X0B0B0A0B,0X0D0C0C0C,0X0F0B0E0C,0X110A100B,0X13081209WORD0X15041406,0X16FF1602,0X18F917FC,0X1AF119F5,0X1CE71BECWORD0X1EDC1DE2,0X20CE1FD5,0X22BF21C7,0X24AD23B6,0X269925A3WORD0X2882278E,0X2A692976,0X2C4E2B5C,0X2E2F2D3F,0X300E2F1FWORD0X31E930FC,0X33C232D6,0X359734AC,0X37683680,0X39373850WORD0X3B013A1C,0X3CC83BE5,0X3E8B3DAA,0X404A3F6B,0X42054128WORD0X43BC42E1,0X456F4496,0X471D4646,0X48C747F2,0X4A6C499AWORD0X4C0C4B3D,0X4DA84CDB,0X4F3E4E74,0X50D05008,0X525D5197WORD0X53E45321,0X556654A6,0X56E35625,0X585A579F,0X59CC5914WORD0X5B385A82,0X5C9E5BEB,0X5DFE5D4F,0X5F595EAC,0X60AD6004WORD0X61FB6155,0X634362A0,0X648563E5,0X65C16524,0X66F6665CWORD0X6824678E,0X694C68B9,0X6A6E69DE,0X6B886AFC,0X6C9C6C13WORD0X6DA96D23,0X6EAF6E2D,0X6FAE6F2F,0X70A6702B,0X7197711FWORD0X7280720C,0X736372F2,0X743E73D1,0X751274A9,0X75DE7579WORD0X76A37642,0X77617703,0X781777BD,0X78C5786F,0X796C7919WORD0X7A0B79BC,0X7AA27A57,0X7B327AEB,0X7BB97B76,0X7C397BFAWORD0X7CB27C76,0X7D227CEB,0X7D8A7D57,0X7DEB7DBB,0X7E437E18WORD0X7E947E6C,0X7EDC7EB9,0X7F1D7EFD,0X7F557F3A,0X7F867F6EWORD0X7FAE7F9B,0X7FCE7FBF,0X7FE77FDB,0X7FF77FF0,0X7FFF7FFCWORD0X7FFF7FFF,0X7FF77FFC,0X7FE77FF0,0X7FCE7FDB,0X7FAE7FBFWORD0X7F867F9B,0X7F557F6E,0X7F1D7F3A,0X7EDC7EFD,0X7E947EB9WORD0X7E437E6C,0X7DEB7E18,0X7D8A7DBB,0X7D227D57,0X7CB27CEBWORD0X7C397C76,0X7BB97BFA,0X7B327B76,0X7AA27AEB,0X7A0B7A57WORD0X796C79BC,0X78C57919,0X7817786F,0X776177BD,0X76A37703WORD0X75DE7642,0X75127579,0X743E74A9,0X736373D1,0X728072F2WORD0X7197720C,0X70A6711F,0X6FAE702B,0X6EAF6F2F,0X6DA96E2DWORD0X6C9C6D23,0X6B886C13,0X6A6E6AFC,0X694C69DE,0X682468B9WORD0X66F6678E,0X65C1665C,0X64856524,0X634363E5,0X61FB62A0A39A39A39A40A41A42A42A43A44A45A46A47A48A50A51A40A109WORD0X60AD6155,0X5F596004,0X5DFE5EAC,0X5C9E5D4F,0X5B385BEBWORD0X59CC5A82,0X585A5914,0X56E3579F,0X55665625,0X53E454A6WORD0X525D5321,0X50D05197,0X4F3E5008,0X4DA84E74,0X4C0C4CDBWORD0X4A6C4B3D,0X48C7499A,0X471D47F2,0X456F4646,0X43BC4496WORD0X420542E1,0X404A4128,0X3E8B3F6B,0X3CC83DAA,0X3B013BE5WORD0X39373A1C,0X37683850,0X35973680,0X33C234AC,0X31E932D6WORD0X300E30FC,0X2E2F2F1F,0X2C4E2D3F,0X2A692B5C,0X28822976WORD0X2699278E,0X24AD25A3,0X22BF23B6,0X20CE21C7,0X1EDC1FD5WORD0X1CE71DE2,0X1AF11BEC,0X18F919F5,0X16FF17FC,0X15041602WORD0X13081406,0X110A1209,0X0F0B100B,0X0D0C0E0C,0X0B0B0C0CWORD0X090A0A0B,0X0709080A,0X05060608,0X03040405,0X01010203WORD0XFEFF0000,0XFCFCFDFD,0XFAFAFBFB,0XF8F7F9F8,0XF6F6F7F6WORD0XF4F5F5F5,0XF2F4F3F4,0XF0F5F1F4,0XEEF6EFF5,0XECF8EDF7WORD0XEAFCEBFA,0XE901E9FE,0XE707E804,0XE50FE60B,0XE319E414WORD0XE124E21E,0XDF32E02B,0XDD41DE39,0XDB53DC4A,0XD967DA5DWORD0XD77ED872,0XD597D68A,0XD3B2D4A4,0XD1D1D2C1,0XCFF2D0E1WORD0XCE17CF04,0XCC3ECD2A,0XCA69CB54,0XC898C980,0XC6C9C7B0WORD0XC4FFC5E4,0XC338C41B,0XC175C256,0XBFB6C095,0XBDFBBED8WORD0XBC44BD1F,0XBA91BB6A,0XB8E3B9BA,0XB739B80E,0XB594B66WORD0XAC1CACDF,0XAA9AAB5A,0XA91DA9DB,0XA7A6A861,0XA634A6ECWORD0XA4C8A57E,0XA362A415,0XA202A2B1,0XA0A7A154,0X9F539FFCWORD0X9E059EAB,0X9CBD9D60,0X9B7B9C1B,0X9A3F9ADC,0X990A99A4WORD0X97DC9872,0X96B49747,0X95929622,0X94789504,0X936493EDWORD0X925792DD,0X915191D3,0X905290D1,0X8F5A8FD5,0X8E698EE1WORD0X8D808DF4,0X8C9D8D0E,0X8BC28C2F,0X8AEE8B57,0X8A228A87WORD0X895D89BE,0X889F88FD,0X87E98843,0X873B8791,0X869486E7WORD0X85F58644,0X855E85A9,0X84CE8515,0X8447848A,0X83C78406WORD0X834E838A,0X82DE8315,0X827682A9,0X82158245,0X81BD81E8WORD0X816C8194,0X81248147,0X80E38103,0X80AB80C6,0X807A8092WORD0X80528065,0X80328041,0X80198025,0X80098010,0X80018004WORD0X80018001,0X80098004,0X80198010,0X80328025,0X80528041WORD0X807A8065,0X80AB8092,0X80E380C6,0X81248103,0X816C8147WORD0X81BD8194,0X821581E8,0X82768245,0X82DE82A9,0X834E8315WORD0X83C7838A,0X84478406,0X84CE848A,0X855E8515,0X85F585A9WORD0X86948644,0X873B86E7,0X87E98791,0X889F8843,0X895D88FDWORD0X8A2289BE,0X8AEE8A87,0X8BC28B57,0X8C9D8C2F,0X8D808D0EA39A39A39A40A41A42A42A43A44A45A46A47A48A50A51A40A55WORD0X8E698DF4,0X8F5A8EE1,0X90528FD5,0X915190D1,0X925791D3WORD0X936492DD,0X947893ED,0X95929504,0X96B49622,