AUTO CAD绘制电气图的例子

此代码为基于视频的烟雾检测，先预处理，再送入卷积网络训练，检测效果还不错

wifi 802.11n 协议标准Contents2. Normative references ........................................................................................................................... 13. Definitions ...........................................................................................................EEE Std802.11n"-2009(Amendment to ieEE Std 802.11-2007as amended by ieee std 802. 11k-2008EEE Std80211r-2008, EE Std802.11y-2008,and IEEE Std 802. 11w-2009)EEE Standard forInformation technology-Telecommunications and informationexchange between systems-Local and metropolitan area networks-Specific requirementsPart 11: Wireless LAN Medium Access Control (MAC)and Physical Layer(PHY SpecificationsAmendment 5: Enhancements for HigherThroughputSponsorLANIMAN Standards committeeof theIEEE Computer SocietyApproved 11 September 2009IEEE-SA Standards boardAbstract: This amendment defines modifications to both the IEEE 802 1 1 physical layer(PHY)andthe IEEE 802 11 medium access control (MAC) sublayer so that modes of operation can be enabledthat are capable of much higher throughputs, with a maximum throughput of at least 100 Mb/s, asmeasured at the Mac data service access point (SAP)Keywords: high throughput, MAC, medium access control, MIMO, MIMO-OFDM, multiple inputmultiple output, PHY, physical layer, radio, wireless local area network, WLANThe Institute of Electrical and Electronics Engineers, Inc.3 Park Avenue New york NY 10016-5997 USACopyright@ 2009 by the Institute of Electrical and Electronics Engineers, IncAll rights reserved. Published 30 October 2009. Printed in the United States of AmericaIEEE is a registered trademark in the U.S. Patent Trademark Office, owned by the Institute of Electrical and ElectronicsEngineers, IncorporatedPDFSBN978-0-7381-60467STD95961Print:|SBN9780-7381-6047-4STDPD95961No part of this publication may be reproduced in any form, in an electronic retrieval system or otherwise, without the priorwritten permission of the publisherIEEE Standards documents are developed within the ieee Societies and the standards Coordinating Committees ofthe IEee Standards Association (IEEE-SA) Standards Board. The ieee develops its standards through a consensusdevelopment process, approved by the American National Standards Institute, which brings together volunteersrepresenting varied viewpoints and interests to achieve the final product. Volunteers are not necessarily members of theInstitute and serve without compensation. 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At lectures, symposia, seminars, or educational courses, anindividual presenting information on IEEE standards shall make it clear that his or her views should be considered thepersonal views of that individual rather than the formal position, explanation, or interpretation of the IeEeComments for revision of IEEE Standards are welcome from any interested party, regardless of membership affiliationwith IEEE. Suggestions for changes in documents should be in the form of a proposed change of text, together withappropriate supporting comments. Recommendations to change the status of a stabilized standard should include atonale as to why a revision or withdrawal is required. Comments on standards and requests for interpretations shouldbe submitted to the following addressSecretary, IEEE-SA Standards board445 Hoes lanePiscataway, NJ 08854USAAuthorization to photocopy portions of any individual standard for internal or personal use is granted by The Instituteof Electrical and Electronics Engineers, Inc, provided that the appropriate fee is paid to Copyright Clearance CenterTo arrange for payment of licensing fee, please contact Copyright Clearance Center, Customer Service, 222 RosewoodDrive, Danvers, MA 01923 USA; +1978750 8400 PerImission lo photocopy portions of any individual standard foreducational classroom use can also be obtained through the Copyright Clearance CenterIntroductionThis introduction is not part of IEee Std 802. 11n-2009, IEEE Standard for Information technology-Telecommunications and information exchange between systems--Local and metropolitan networks--Specifirequirements-Part 11: Wireless LAN Medium Access Control(MAC) and Physical Layer(PHY) SpecificationsAmendment 5: Enhancements for Higher ThroughputThis amendment specifies enhancements to IEEE 802. 11 physical layer(PHY)and medium access control(MAC) sublayer to provide modes of operation with useful data rates substantially higher than thosepreviously available. Significantly higher IEEE 802. 11 wireless local area network(WLAN) throughput isexpected to improve user experiences for current applications and to enable new applications and marketsegmentsNotice to usersLaws and requlationsUsers of these documents should consult all applicable laws and regulations. Compliance with theprovisions of this standard does not imply compliance to any applicable regulatory requirementsImplementers of the standard are responsible for observing or referring to the applicable regulatoryrequirements. iEEE does not, by the publication of its standards, intend to urge action that is not incompliance with applicable laws, and these documents may not be construed as doing so on that is not inCopyrightsThis document is copyrighted by the Ieee. It is made available for a wide variety of both public and privateuses.These include both use, by reference, in laws and regulations, and use in private self-regulationstandardization, and the promotion of engineering practices and methods. By making this documentavailable for use and adoption by public authorities and private users, the ieee does not waive any rights incopyright to this documentUpdating of IEEE documentsUsers of ieFF standards should be aware that these documents may be superseded at any time by theissuance of new editions or may be amended from time to time through the issuance of amendments,corrigenda, or errata. An official ieee document at any point in time consists of the current edition of thedocument together with any amendments corrigenda or errata then in effect In order to determine whethera given document is the current edition and whether it has been amended through the issuance ofamendmentscorrigendaorcrrata,visittheIeeEStandardsAssociationwebsiteathttp://ieeexplore. ieee. org/xpl/standards. jsp or contact the iEee at the address listed previously.For more information about the IEEE Standards Association or the Ieee standards development process,visittheIeeE-sawebsiteathttp://standards.ieeeorgErrataErrata,ifanyforthisandallotherstandardscanbeaccessedatthefollowingUrl:http://standards. ieee. org/reading/ieee/updates/errata/index. html. Users are encouraged to check this URL forta periodicallyInterpretationsCurrentinterpretationscanbeaccessedatthefollowingUrl:http://standards.ieeeorg/reading/ieee/interp/index htmlCopyright C 2009 IEEE. All rights reservedPatentsAttention is called to the possibility that implementation of this amendment may require use of subjectmatter covered by patent rights. By publication of this standard, no position is taken with respect to theexistence or validity of any patent rights in connection therewith. a patent holder or patent applicant hasfiled a statement of assurance that it will grant licenses under these rights without compensation or underreasonable rates, with reasonable terms and conditions that are demonstrably free of any unfairdiscrimination to applicants desiring to obtain such licenses. Other Essential Patent Claims may exist forwhich a statement of assurance has not been received. The Ieee is not responsible for identifying EssentialPatent Claims for which a license may be required, for conducting inquiries into the legal validity or scopeof Patents Claims, or determining whether any licensing terms or conditions are reasonable or nondiscriminatory. Users of this standard are expressly advised that determination of the validity of any patentrights, and the risk of infringement of such rights, is entirely their own responsibility. Further informationmay be obtained from the ieee Standards associationParticipantsWhen this amendment was sent to sponsor ballot, the IEEe 802. 11 Working Group had the followingofficersBruce P. Kraemer, ChairJon Walter Rosdahl, Vice Chair; Treasurer; and Chair, Task Group mbAdrian P. Stephens Vice chairStephen McCann, Secretary and Chair, Publicity standing Committee and Task group uTerry L. Cole, Technical Editor and Assigned Number AuthorityTeik-Kheong Tan, Chair, Wireless Next Generation Standing CommitteeDavid Bagby, Chair, Architecture Standing CommitteeBruce p. kraemer Co-Chair IMT-Advanced ad hoc commiteeLee armstrong, Chair, Task Group pDonald E Eastlake Ill, Chair;, Task Group sNeeraj Sharna, Chair, Task group lDorothy V. Stanley, Chair, Task Group v and IETF Ad hoc CommitteeJesse Walker, Chair. cTl Ad hoc committeePeter Ecclesine, Chair, Task group yMenzo Wentink, Chair, Task group zGancsh Venkatesan, Chair, Task Group aaEldad Perahia, Chair, Very High Throughput Study groupDarwin Enger, Co-Chair. IMT-Advanced ad hoc committeeWhen this amendment was sent to sponsor ballot, Task Group n had the following officersBruce P Kraemer. chairSILi. vice chairGarth Hillman and Jon Walter Rosdahl, SecretaryAdrian P. Stephens, Technical editorWhen this amendment was sent to sponsor ballot, the IEeE 802. 1l Working Group had the followingmembershiOsama S. aboulmagdMalik audchAmit bansalTomoko adachiCcrt A, awatoJohn. barrAlok aggarwalDavid bagbGal bassonCarlAldanaMichael bahrussa BavafaThomas AlexanderFan baiTuncer BaykasLee r. ArmstrongGabor BaikoJohn L. BenkoAlex ashleyDennis j. bakerMathilde benvenisteCopyright C 2009 IEEE. All rights reservedBiorn A. berkeRobert Y huangChiu ngoDaniel borgesDavid hunterEero nikulaAnthony braskichYasuhiko inoueRichardH. noensJoseph brennanAkio isoHideaki odagiriDavid britzJunghoon JeeJisung OhG. BumillerHongseok JeonChandra s. olsonNancy Cam-WingetYeonkwon JeongYouko omorNecati CanpolatJorjeta G JetchevaSatoshi oyamaJavier cardonaLusheng jiRichard H. PaineDouglas s ChanDaniel JiangAuld. palaniveluClint F. ChaplinPadam AflChangmin ParkCarl W. KainJungsoo parkMinho CheongNaveen K KakanMinyoung ParkMasato katoⅤ ijaykumar PatelNakjungDouglas KanBcminih. peirisLiwen chuRichard H. KennedyEldad perahiaTerry L. ColeJohn KenneJames e. petranovichRyon K. ColemanStuart 3. KerryAl PetrickCharles IJoonsuk kinFahd pirzadaTodor CooklevKyeongpyo KimJames d. portaroXavier p CostaSeong S. kimHenry s. PtasinskiDavid E CypherYongsan KimRene purnadiMarc de courvilleJarkko kneckChang w. PyoRolf J de vegtMark m. kobayashiEmily H QiTheodorus denteneerFumihide KojimaLuke QianJeremy de vriesTom KolzeHuyu QuSusan DickeyBruccp KJim e raabZhiming DingJohannes P KruysⅤ nuth raiYoshiharu doThomas KuehnelAli RaissiniaJohn dorseyThomas m. KuriharaHarish ramamurthyRoger P durandStephen G raymentSrinivasa duvvuriEdwin kwonLeonid razoumovDonald e. eastlakeZhou lanIvan reePeter Ecclesiaejeremy A landtEdward reussMichael ellisJoseph P. lauerAlex reznikStephen P. EmeottTae H. LeeRandal roebuckMarc emmelmannWooyoung leeJon walter rosdahlDarwin EngwerJoseph levyRichard royJoseph epsteinSheung liAlexander safonovⅤ inko ercegPaul linKazuyuki sakodaLars p. falkIlang liuHemanth sampathRobert fanfcllMichael livshitzKatsuyoshi SatoStefan fechterPeter LocHirokazu sawadaPaul h. feinberDaniel lubarDon schultzMatthew FischerAnthony f. maidaYongho SeokWayne k. FisherJakub majkowskiHuairong shaoRoberta fracchiAlastair MalarkyNeeraj sharmaRyuhei FundaJouni K. malinenStephen J ShellhammerMatthew gastAlexander maltsevlan SherlockJames p gilbBill marshallKai shiJeffrey gilbertRoman m. maslennikovShusaku shimadaReinhard GlogerSudheer mattaFrancois simonDavid goodallStephen Mc cannHarkirat SinghTugrul guenerJustin p mcnewGraham K. SmithJianlin gven meseckeMatt smithMark hamiltonRobert r. millerYoo-Seung SongC.J. HanseMichael monteKapil seBrian d. hartRajendra T. moortiVinay SridharaAmer A haHitoshi moriokaDorothy stanleⅤ egard hasselPeter MurrayAdrian P. StephensRobert f heileAndrew milesDavid S Stephenson〔 undo r. HertzRohit nabarCarl R. StevensonJunling hiJohn stineWendong huKengo nagataGuenaelt strutCopyright C 2009 IEEE. All rights reservedChin s SumGanesh VenkateHarry R. worstellEiji TakagiDalton t.Ⅴ ictorPengfei xiaMineo takaiGeorge A. vlantisAkira yamadaTcik-Khcong TanCssc r. walkerTakeshi yamamotoAllan thomsonunlWangmoya yamauraJerry thrasherngEric okuboCraig d. WarrenSu K. YongAlexander TolpinFujio WatanabeSeiji YoshioJason trachewskyPatrick WayeChristopher YoungSolomon b. traininMenzo m. wentinkArtur zaksRichard D. Van NeeFrank whettenHongyuan zhangAllert van zelstKyle williamsHuimin zhangMathieuⅤ arlet-AndmJames worshamJing zhiPrabodh varshneyJuan ZunigaContributions to this amendment was received from the following individualsBill ablⅵ inko ErcegPatrick labbeSantosh abrahamMustafa rozJoseph lauerTomoko adachiStefan fechterDongjun leeDmitry akhmetovPaul feinbergLin-Nan leeCarlos aldanaMatthew fischereeDave andrusGuido frederiksSok-kyu LeeMicha anholtTakashi FukagawaZhongding leiTsuguhide AokiPatrick FungJoseph levyYusuke asarEdoardo gallizioScott leyonhjelGeert awaterJames gardnerPen liDavid BaDevis gattSheung LiRaja banerjeaDavid HedbergYuan liKaberi banerieeGarth hillmanKevin liaoAmit bansalJin-Meng hoIsaac limGal bassonDale hocevarAlfred linAnui batraLouise hooAlbert liuJohn benkoMuhammad akramDer-Zheng liuMathilde benvenisteYasuhiko inoueMichael livshitzBjorn BjerkeKaz ishidaYufei BlakenshipTakashi ishidoshiroPeter LojkoDaniel borgesLakshmi lyerHui-Ling LouDouglas chanEric JacobsonAdina matacheJerry ChangYuh-Ren jauhLaurent mazetJohn ChangTaehyun JeonWilliam mcfarlandJeng-Hong ChenJari JokelaDarren mcnamaraStephen ChenVKJonesIrina medvedevYi-Ming ChenPadam AflArnaud meylanPei-ju ChiangNaveen KakaniMorgan mikFrancois chinSriniavs kandalaSeungwook minWoon Hau ChinAteet KapurPatrick mo上 mily chouAssaf KasherAndy molischLiwen chuMasato katoR. Tushar moortiKeith ChuggJohn KetchumMike moretonBrian ClassonJoonsuk KYuichi moriokaSean CoffeyPansop KimMarkus muckGabriella convertinoYoungsoo KimSyed Aon mujtabaMarc de courvilleGuenter KleindlAndrew mylesRolf de vegtKiyotaka KobayashiRohit nabarFranz dielacherCenk Koselhasa NagaiYoshiharu doiBruce p KraemerKengo NagataJohn deThomas KuehnelSeigo NakaodouglasTakushi KunihiroSanjiv nandaPeter ecclesiaeJoe KwakChiu nDarwin EngwerJoseph kwakAjit NimbalkerLeonid epsteinEdwin kwonGunnar NitscheCopyright C 2009 IEEE. All rights reservedHuaning NiuErik SchylanderRichard van neeIvan oakesMichael sealsNico van waesYoshihiro ohtanilual-Rong ShaoAllert van zelstEric OjardSuman sharmaAndres vila casadoTakeshi onizawaSteve shellhammerGeorgeⅵ lantisJob oostveenIan SherlockTimothy WakeleyFabio osnatoMasaaki shidaJesse walkerKafle padamTakashi shonoBrad wallacePratima paiSebastien SimoensMark wallaceArul palaniveluMassimiliano sitiRod waltonSubra parameswaraDoug SmithQi WThomas pareMatt smithXiaowen WangJean-Noel PatillonAmjadDeric WatersWei-Chung PengRobert staceyMark WebsterEldad perahiaAdrian P. StephensMenzo WentinkJim petranovichRichard WeseKrishna madhavan pillaiVictor StolpmanMike WilhoyteMadhavan pillaiSumei sunTimothy WongAngelo PoloniXiantao sunJames WoodyattNeeraj poojaryShravan surineniHenry ptasinskiIlan sutskoverAriton XhafaAleksandar PurkovicEiji Takagio xiaLuke oianMasahiro takasTomoya YamauraAli RaissiniaSeiichiro TakahashiEric YangSthanunathan ramakrishnanDaisuke takedaWen-Chang YehHarish RamamurthyTeik-Kheong TanChristopher YoungSridhar rameshYasuhiro TanakaHeejung YuRaffaele rivaStephan ten brinkArtur ZaksJon walter rosdahlGanesan ThiagarajanEldad zeiraStephanie Rouquette-LeveilEric OkuboHongyuan zhaMike rudeTim TowellJin ZhangJohn sadowskiJason trachewskyNing ZhangAtul salhotraSolomon traininQuan ZhouVincenzo scarpaDavid tungJohnny ZweigDonald schultzStefano valleJim syrenThe following members of the individual balloting committee voted on this amendment. Balloters may havevoted for approval, disapproval, or abstentionOsama aboulmagdBill cannonSouray duttaTomoko adachiJing CaoRichard eckardAlok AggarwalEdward CarlesCarl EklundThomas alexandeJames CarloStephen emeottRichard AlvinJuan CarreonMarc emmelmannEdward ChalfDarwin EngwcButch AntonDouglas s ChanJoseph epsteinDanilo antonelliKuor-Hsin ChangRobert fanfelleClint ChaplinShahin FarahaniDavid BagbyWei-Peng ChenShulan FengGabor BaikoYung-Mu ChenOddgeir FikstvedtMatthew ballHong ChengMatthew fischerRaja banerjeaAik ChindapoPrince francisVered BKeith ChowAvraham FreedmanJohn barrLiwen ChuDevon gaylePhilip beecherRyon ColemanMichael GeipelMathilde benvenisteCharles cookTheodore Georgantasharry bimsTodor CookiePieter -Paul giesbertsBjorn BjerkeHelge CowardJames gilbMonique brownJoseph decuirReinhard glogerRussell dietzMariana goldhamerWilliam byrdThomas dineenScrgiu gomaPctcr. calderonJohn dorseyDavid goodallCopyright C 2009 IEEE. All rights reserved

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一本不错的mathcad书籍,在家看看吧常用数学软件丛书M ahead2000实用教程郑桂水等编著F荤原北京田书在版编目(CIP)数据Mathcad200实用教程/郑桂水等编著.北京国防工业出版社,2000.9(常用数学软件从书)ISBN7-118-02320Ⅰ.M...Ⅱ.郑、Ⅲ.数值计算一应用软件,Methed12000Ⅳ.0245中国版本图书馆CP数据核字(20)第26933号囤·聿宫照社出版发行北京市海淀区紫竹院南路23号〔邸政圳码1K44河飞酸乌.厂印刚新华书店经兽开本787×1002116印张16填39千字2000年9月第1版2000年9月北京郸1次印刷印效:1—4000册定价:24.00元本节如有印骏错误我杜负资调换〕前言Mathod是Mt五So公司推出的一个交互式的数学文字软件。该软件定位于向大教师学生工程人员提供一个兼备文字处理、数学和图形能力的集成工作环境,以使他们能方便地准备教案、完成作业和准备科学分析报告。 Mathcad在对待效值计算、符号分析、文子处埋图形能力的开发上,不以专业水准为追求,而尽力集各种功能为一体。需讲究精度、速度、算法稳定性的数值计算问题和需终复杂推理的符号运算问趣,都不是Mathcad所致力解决的目标。Mathcad有三大“面向大众”的特点:1. Mathcad的数学式同平常文稿中的书写格式一样,因而形象、直观便于阅读。用户可以按习惯的标准书写格式输人数学公式方程组和矩阵计算机能直接给出或数字或符号或图形的结果,用户无须考虑方法以及中间步骤。2. Mathcad生成的“电子书籍”中的指令、函数、图形都是“活的”,指令中的任何参数的变化都会使相应的结果发生改变3.灵活的“便笺”式的文字处理功能:可以输人文本,对方程、公式或图形进行注释和说明,从而生成各种报告和科学论文Mathcad可以处理各种数值运算,如数值的代数运算、复数运算、矢量和矩阵运算解方程与方程组徽分和积分的数值解、插值运算、微分方程求解等。 Mathcad在加人软件包自带的Mapd插件后还能进行符号运算,如因式分解符号徽积分、解符号方程级数与变换等。 Methed还可以绘制二维和二维图形,通过对图形结果的分析,使用户对问题的理解更加形象。 Mathcad还可以制作动画,所制作的动可以脱离 Mathcad而直接在Windows里播放。除了上述的数值运算、符号运算、图形和动画功能外, Mathcad还可以进行文字输人,以便生成论文和报告本书包括12章内容安排如下;第1章和第2章介绍 Mathcad2000的用途及基本用法。第3章介绍如何利用 Mathcad进行基本的算术与代数运算。第4章介绍 Mairead的矢量和矩阵运算。第5章介绍如何利用 Mathcad求解方程和方程组,以及如何利用 Mathcad进行规划求解等第6章介绍 Mathcad的符号运算功能。第7章和第8章介绍 Mathcad的图形功能,包括二维图形和三维图形。第9章介绍 Mathcad分析数据的功能。第10章介绍微分方程的求解。第11章介绍Mthd的编程功能。个+2Ⅳ第12章介绍如何利用 Mathcad制作动画Mathcad的功能十分强人,本书只能对读者起一个人门和引路的作用,如果要使用好Mathcad,发搁它的强大功能,需要读者多加练习,提高技巧。由于作者的水半有限,时间仓促,书中定有不少的疏漏和欠妥之处,恳请读者批评指除∫面卜著名的編著者以外,参加本书编著工作的同志还有:黄建森、林振宇、许宁林章庆藤小香、袁军冯曙红刘浪、张越胜、黄重阳、粱祥龙杨旺平、张晓等人,在此一并表示感谢。编著者内容简介本书介绍了 Mathcad的基础慨念和操作,循序渐进地讨论 Mathcad2000的使用方法,以便读砻能在较短时间内学会使用 Mathcad2000本书共分12章,内容包括: Mathcad的基本概念; Mathcad数值运算,如数犢的代数运算、复数运算、矢量和矩阵运算、解方程与方程维、微分和积分的数值锵捕值运算微分方程求解等; M athenai的符号运算,如因式分解、符号微积分解符号方程,级数与变换等; Mathcad的图形功能,包括绘制维图形、三维图形和动画.另外附录A介绍了 M ahead的内部数,附录R介绍了 athecate的错i信息,附录C介绍 M alcali的键盘操作。本书图文并茂,示例丰富,易学易用c可作为相关专业高校教材,或计算机培训班教材,也适合于非计算机专业的各类研究设计人员、计算机揲作人员及大 Mathcad用户参考。目录第1章 Mathcad筒介…1.1什么是 Mathcad………2 Mathcad的用途1.3运行环竞…………第2章 Mathcad入门會會■■■俨口■■自血自『會■自自會自【曾十自4會■忄曾血嚯會曾早中1!會自?甲2,1 Mathcad主窗口…,…"…":·日a2.2基本概念和基本操作2.2.1M盘 thad二作表…h●◆如■■●ψ■■pψφd■ψφb4d↓db中‘b4如d命ph甲↓2.2.2变量……56223函数………………2.2.4建立数学式上』L■县·』↓晶■■_↓b■↓晶昌■22.5編辑数学式2,2,6范围变量血山2.2.7区域操作………………,,…………2.3文本…b啬申咖4如bb4如4中吾b自··吾B吾吾日·B·吾山.·‘b山4442.3.1入文本13232在文本中插入数学区域……2.33摑入超级链接唱d■唱p山d24 Mathcad主菜单……1524.1File莱单………l524.2lit菜单●中·幽162.4.3View菜单24.4Ⅰnert菜单■■■q●幽PP中■}曾俨申■自P罾冒晋■■■冒俨『■鲁■■4b■192.4.5 Furmat菜单…,…………2024,6Math菜单……中d如d●p242.4菜单27248 Window菜单与Help萸堂292.5工具栏……292.5.1 Standard工具拦…………P平冒■■■冒冒P………2925.2 Formatting工具烂甲F口号■25.3Math工具栏292,5.4 Calculator l具誉甲『冒4昏『甲■個冒bb■Ⅵ2.5,5 Evaluation工具栏■■■↓p■冒司P■;↓■冒P中tP◆可中曾·F·自·_■■_口口·m■·■■·■■■·■■日。■日■302.5.6 Calculus工具拦32.5.7 Boolean工具栏32.5.8 Greek.具栏……………………………32第3章算术与代效算333.1基4代数运算……………333.1.1四则运算及乘方开方运算P日+F:::P日4■■@Pqp■司●即…33.1.2范围变量口d■■■■d…………………………353.2两数运算……:353.2.1函数射输入…353.2.2三角函数及反三角函数…………………■中中4鲁P自中………53.2.3对数函数与指数函数…373.2.4双曲函数与反双曲涵数……3.2.5整数函数……·"…………*………………………………383.26随机数生成数…自■自■■■自唱自■■自■■■·b■■自自■■自b■自白■·聊4●即幽“血d咖●p申电咖_电即D申司自■看38327求整函数3.28条件函数…393.3微分与积分…………………………………………………………………………403,3,1分运算………………3.32积分运算……∴……·423.4复数运算■b■口■bh■d■bh■■■h■■hdh■■b■■■■hbd晶最b■■凸■b山■晶bb■■山■昌bb山凸-433.4.1复数实郣和虚部画口■口■口■■■■433.4.2复数福角与复数的嫫…343复数四则运算与乘方开方运算■■■■■口■■■■■■■■■344复数的函数运算………………………………………………4534.5共轭复数4534.6复数的傲积分运算453.5使用单位…■■罪■二晶b■■晶晶↓晶■■备‘■■↓昌■■L■■晶晶晶■■↓q甲L4635.1对一个变应用单位…352带单位计算…4735.3自定义单位自···即中自中P··中中中4号·中中宁中會自‘T『日TP『日日35.4有关单位的选项↓L■晶■■■晶↓L■■郾福昌■■↓■■·晶昌b↓「●』轟bb中↓鼻b·ψb山↓山古一+b山·=—48第4章矢量与矩阵4.1矩阵工具栏……;r………………∴………504.2创建矢量和矩阵………………514.2.1直接输入矢量或矩阵…4.2.2通过表达式生成矩阵………………■■■一■■■■■■…………524.2.3输入输出数据又件■………524.2.4通过表格输入矩阵…53Ⅶ4.3矢量运算◆日‘日a+b日.··a·日日目p日导日日电●p■p中■自■血4.3.1矢量的加减运算及数乘……………………………………………544.3.2矢量的数量积b曲p血p@■…………554.3.3矢量的向量积……………………………………………………………"…554.3.4矢量的和…554.4矩阵运算P■血……554.4.1矩阵加减和数乘■■d■■■↓b●d■b■h●bψd谭b如p·q。pdb口·P■554.4.2矩阵的转置与矩阵相乘甲·■口■p■■■■d4.4.3方阵行列式值、逆炬阵和乘方………564,5矩阵的合并与提取子矩阵…………………………………………574.5.1先阵元素.·4·日日·日·4·日“·日44中◆4中卓!■!甲■■■昏■■■晋■■命如bd如看最bd+p■口■●pm司4.5.2矩阵合并…4.5.3提取子矩阵………………………"….……-5846矩阵的特征值与特征矢量………警冒肀■噜鲁會中q■■■■q晋■■唱■h昌■凸西』晶■■■如■ ta p■4.6,1求短阵的所有特征值…■·中中鲁4.6.2求矩阵的所有特征矢量……594.6.3求对应于某一特征值的特征矢量594.6.4疒义特征值和特征矢量昏■■q■■噜哂↓■■■↓■■聊命L64.7其他矩阵函数……………4.7.1特殊矩阵…………·申暗D日■·日日q日↓日日日日日日%吾↓↓4↓.“晶4a=-a+日b平m日t鲁曾中曾會64.7.2矩阵的特性函数4.8矩阵的分解4.8.1矩阵的奇异值分解晶b山↓b■■4.8.2矩阵的QR分解……………………………………………………634.8.3矩阵的LU分解484对称正定炬阵的 Cholesky分解……r654.9矢量和矩阵的排序冒會P會中·自4冒『■■k■山4七晶db…………654.9.1求最大和最小元素值4.92矢量排序……■口◆·■■中■■■·『■自■4即493炬阵排序……■■■·■日■會卓-·鲁·■■■■■■即日_●4.10矩阵的矢量化运算1■t曾自』會■■d■■■■算5章方程与规划求解……685.1解一元方程…………………■口■申···D■··争■■···■■··■■·曹鲁P◆血qt翟■■■↓■■■晋bdd古db5.1.1解一元項式方程■自『自血血冒伽自由司即看●·甲甲司血曲血曲■餐5.12求解其他一元方程………………………………695.13求解精度…………………·詈『中自詈會◆■斷自■■斷■自■■即■■q噌·■口·阜咱嘈啁◆φ◆嘻p申p■昏▲■■■昏baad705.I4求解一组带参数的方程………7l52线性方程组…………:753非线性方程组血d血身b●…72

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这个zip文件包含在案例研究中使用的文件用于图像处理的研讨会由公司给予。总之，代码将两幅取自一个坚实的木制销子相邻层。这些图像可以将基于特征使得固体重建。

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这是近邻传播聚类算法创始人Frey & Dueck在2007年Science杂志上面发表的“Clustering by Passing Messages between data points”论文里面方法的MATLAB实现程序代码，俗称AP聚类代码。里面包含两个版本：一个是普通版的，一个是稀疏版本的，下载后，先添加数据集，再调用这两个方法就行了。

为一海杂波模型仿真MATLAB程序，用于仿真海杂波模型，参数设置丰富！