PHP开发高可用高安全App后端 视频学习资料

我们使用了循环一致性生成对抗网络（ CycleConsistent Generative Adversarial Networks, CycleGAN）实现了将绘画中的艺术风格迁移到摄影照片中的效果。这种方法从图像数据集中学习整体风格，进行风格转换时只要将目标图片输入网络一次，不需要迭代的过程，因此速度较快。我们使用了一些自己制作的数据集训练了 CycleGAN 风格迁移模型，并分析了这种方法的优点和局限性。为了使风格转换后的图片保留原来的色彩分布，我们实现并分析对比了多种颜色匹配的方法。我们还利用了 Mask R-CNN 模型生成的掩膜图像来做图像运算而实现了局部风格转换和混合风格转换等效果

Gordon L. Stüber著，为英文原文第三版。其第二版已经翻译成中文，即为移动通信原理（第二版），由电子工业出版社出版，但翻译水平很差。Gordon L. StuberPrinciples of mobileCommunicationThird edition② SpringerGordon L. StuberGeorgia Institute of TechnologyAtlanta gaUSAstuber @ece gatech. eduISBN978-1-4614-0363-0e-ISBN978-1-46140364-7DOI10.1007/978-1-46140364-7Springer New York Dordrecht Heidelberg londonLibrary of Congress Control Number: 2011934683C Springer Science+Business Media, LLC 2002, 2011All rights reserved. This work may not be translated or copied in whole or in part without the writtenpermission of the publisher(Springer Science+ Business Media, LLC, 233 Spring Street, New York,NY 10013, USA), except for brief excerpts in connection with reviews or scholarly analysis. Use inconnection with any form of information storage and retrieval, electronic adaptation, computer softwareor by similar or dissimilar methodology now known or hereafter developed is forbiddenThe use in this publication of trade names, trademarks, service marks, and similar terms, even if they arenot identified as such, is not to be taken as an expression of opinion as to whether or not they are subjectto proprietary rightsPrinted on acid-free paperSpringerispartofSpringerScience+businessMedia(www.springer.com)To Alana, our son nickolasmy father lothar Stuiberand my late mother Beatrice stiiberPrefacePrinciples of Mobile Communication, third edition, is a major revision of thesecond edition. Like its earlier editions, this book provides a mathematicallyrigorous overview of physical layer wireless communications. The basic pedagogicmethodology is to include fully detailed derivations from first principles. The text isintended to provide enough principle material to guide the novice student, whilit the same time having plenty of detailed material to satisfy graduate studentsinclined to pursue research in the area. The book is intended to stress the principlesof wireless communications that are applicable to a wide array of wireless standardsIt is intended to serve as a textbook and reference for graduate students, and a usefulreference for practicing engineersOrganization of the bookChapter 1 begins with an overview that is intended to introduce a broad array ofissues relating to wireless communications. Included is a brief description of theevolution of various wireless standards, the basic concepts of cellular frequencyreuse, the land mobile radio propagation environment, link budgets, and coverageand capacity of cellular radio systemsChapter 2 provides an extensive treatment of radio propagation, since goodunderstanding of the physical wireless channel is essential for the developmentand deployment of wireless systems. The chapter begins with a treatment ofthe narrow-band faded envelope for conventional fixed-to-mobile channels foundin cellular radio systems, mobile-to-mobile channels found in mobile ad henetworks, and multiple-input multiple-output (MIMO) channels where multipleantennas are used at both the transmitter and receiver to achieve high capacity afterconsidering the narrow-band channel, we consider the statistical treatment of wide-band channels. The emulation of wireless channels is essential for the developmentand testing of wireless systems, and the chapter provides a detailed discussion ofchannel simulation techniques. Finally, the chapter concludes with a discussion ofshadowing and path loss models for land mobile radio environmentsPreraceChapter 3 provides a detailed treatment of co-channel interference which is therimary impairment in spectrally efficient cellular frequency reuse systems. Veryoften the receivers in such systems are affected by multiple co-channel interferersand the probability distribution of the total interfering power is considered. Thchapter also considers the link outage performance due to co-channel interferencein a variety of wireless environmentsChapter 4 covers the various types of modulation schemes that are used in mobilecommunication systems along with their spectral characteristics. The chapter beginswith the mathematical representation of bandpass modulated signals, along withNyquist pulse shaping. Later, a large variety of modulation schemes used in wirelesssystems are considered, including both single-carrier and multi-carrier modulation,and both linear and nonlinear modulation techniques This is followed by a treatmentof the power density spectrum of modulated signals. Although quite mathematicalin nature, power spectrum is an important topic, since wireless systems are requiredto operate within a specified out-of-band emission maskChapter 5 discusses the error probability performance of various digital modulation schemes on narrow-band fat fading channels. The performance is evaluatedwith a variety of receiver structures, including coherent detectors, differentialcoherent detectors and noncoherent detectorsChapter 6 includes a treatment of multi-antenna techniques for combatingenvelope fading. The chapter includes a discussion of various diversity combiningtechniques for coherent, differentially coherent, and noncoherent receiver detectionof signals on fading channels with additive white gaussian noise. also consideredis optimal combining which is effective when the primary additive impairment isco-channel interference rather than noise. Finally, the chapter considers the use ofmultiple antennas at the transmitter in the context of classical beam-forming andtransmit diversityChapter 7 provides an extensive treatment of digital signaling on intersymbolinterference(ISI) channels that are typical of broadband land mobile radio systemsThe chapter begins with the characterization of Isi channels and goes on todiscuss techniques for combating ISI based on symbol-by-symbol equalization andsequence estimation. Later, error probability for maximum likelihood sequenceestimation is considered. The chapter concludes with a discussion of co-channeldemodulation for the purpose of mitigating co-channel interference on Isi channelsChapter 8 covers error control coding techniques for wireless systems. Thechapter begins with a discussion of basic block coding including space-time blockcodes Convolutional coding is considered next along with the Viterbi and BCJRalgorithms for decoding convolutional codes, followed by trellis coded modulationThe chapter then provides a detailed discussion on the design and performanceanalysis of convolutional and trellis codes for awgn channels, and interleaved fatfading channels, and fading isi channels. Later, space-time trellis codes are treatedand the chapter concludes with Turbo codinChapter 9 is devoted to spread spectrum techniques The chapter begins with anintroduction to direct sequence and frequency hop spread spectrum. This is followedy a detailed treatment of spreading sequences. Also included is a discussionPrefaceof the effects of tone interference on direct sequence spread spectrum, and theRAKE receiver performance on wide-band channels. The chapter wraps up witha discussion of cdma multiuser detectionChapter 10 is devoted to multi-carrier techniques. It considers the performanceof ofdm on frequency-selective channels and considers the effect of residualISI and problem of residual ISI cancellation. Later, the chapter examines singlecarrier frequency-domain equalization(SC-FDE)techniques. This is followed by atreatment of orthogonal frequency division multiple access (OFDMA)on both theforward and reverse links. The chapter concludes with a discussion of single-carrierfrequency division multiple acceSs (SC-FDMA)Chapter 11 considers frequency planning techniques for cellular systems. Thechapter begins with a discussion of cell sectoring, cell splitting, and reuse partition-ing. Later, the chapter considers radio planning for OFDMa cellular systems. Thisis followed by hierarchical overlay/underlay architectures based on cluster planningFinally, the chapter wraps up with macrodiversity TDMA cellular architecturesChapter 12 considers CDMa considers CDMA cellular systems, consideringtopics such as capacity and power control This is followed by a discussion ofhierarchical macrodiversity CDMa architectures and their performanceChapter 13 is devoted to cellular radio resource management. The chapter beginswith an introduction to basic hard and soft handoff. Later, the chapter considers theimportant problem of link quality evaluation, including signal strength averaging,velocity estimation, and velocity adaptive hard handoff algorithms later, a detailedanalysis of hard and soft handoff is provided. Finally, the chapter wraps up withmethods for estimating received carrier-to-interference plus noise ratio(CINR)The Appendix includes a brief and focused tutorial discussion of probabilityand random processes. A good understanding of the material in the Appendix isessential, since the concepts are widely used throughout the textUSing This Book for InstructionThe book has been developed from a graduate-level course on physical wirelesscommunications that I have taught at Georgia Tech since 1993. Normally, I prefera graduate-level course in digital communications as a prerequisite for this courseHowever, such a prerequisite may be waived to the extent that there is extensivebackground material in each chapter. A course may cover the introductory materialin each chapter and skip the more specialized material. In my own classes, I alwaystry to judge the mathematical level of the students early and adapt accordinglyThe book obviously contains far too much material to be taught in a onesemester course. However, i believe that it can serve as a suitable text in mostsituations through the appropriate instructor selection of background sections. Myown preference for a one semester course is to include the following material inorder: Chap. 1, Chap 2(skipping the more advanced material), and the first twosections of Chap 3. In moving to modulation waveforms in Chap. 4, an instructormay have to treat/assume basic signal-space representation. However, most students

毕业设计 基于LabVIEW监测系统的数据保存

MySQL5.5及其驱动连接jar包

Diodes 二极管Bridge Rectifiers 整流管Generic 普通二极管Rectifiers 整流二极管Schottky 肖特基二极管Switching 开关二极管Tunnel 隧道二极管Varicap 变容二极管Zenner 稳压二极管

oracle 11g rac建立的时候需要的oracle asm大集合，redhat的各种版本都有

LabVIEW2011程序设计与案例解析 【代码目录】 └─LabVIEW2011程序设计与案例解析    ├─第10章多线程技术    │  ├─10.4生产者与消费者    │  │  ├─例10-1    │  │  │  │  队列与局部变量.vi    │  │  │  │      │  │  │  └─SubVI    │  │  │          Points Difference.vi    │  │  │          SimulatedSignal.vi    │  │  │          Sine Wave.vi    │  │  │              │  │  ├─例10-2    │  │  │      EVENTS.aliases    │  │  │      EVENTS.lvlps    │  │  │      EVENTS.lvproj    │  │  │      ProducerConsumerEvents.vi    │  │  │      移动目标.vi    │  │  │      箱子.ctl    │  │  │      运动控制.vi    │  │  │      运动方向.ctl    │  │  │          │  │  ├─例10-3    │  │  │      Adv of ProducerConsumerEvents.vi    │  │  │      EVENTS.aliases    │  │  │      EVENTS.lvlps    │  │  │      EVENTS.lvproj    │  │  │      移动目标.vi    │  │  │      箱子.ctl    │  │  │      运动控制.vi    │  │  │      运动方向.ctl    │  │  │          │  │  └─例10-4    │  │          QSM PC EXAMPLE.llb    │  │              │  └─10.5综合实例    │          多线程计时器.vi    │              ├─第11章数据采集与仪器控制    │  └─11.3综合实例    │          多通道数据数据采集软件（wav）.vi    │          多通道数据采集软件.vi    │              ├─第12章通信    │  ├─12.1串口通信    │  │      串口通信软件.vi    │  │          │  ├─12.2网络通信    │  │      TCP客户端.vi    │  │      TCP服务器.vi    │  │      UDP简易聊天软件.vi    │  │      复件 UDP简易聊天软件.vi    │  │          │  ├─12.3DataSocket通信    │  │  │  DS图发送.vi    │  │  │  DS图接收.vi    │  │  │      │  │  └─直接绑定    │  │          DSRead.vi    │  │          DSWrite.vi    │  │              │  └─12.5综合实例    │      │  基于串口通信的上位机控件软件.vi    │      │      │      └─子VI    │              CreatFloder.vi    │              GenCMD.vi    │              GetFileSizeInByte.vi    │              HexToDec.vi    │              Snd And Del All Files.vi    │              StrToHex.vi    │              UpLoadFiles.vi    │                  ├─第13章界面设计与美化    │  ├─13.3菜单设计    │  │      动态生成菜单.vi    │  │          │  ├─13.4子VI调用与重载    │  │  │  子VI调用示例.vi    │  │  │  滤波.vi    │  │  │      │  │  ├─利用Subpanel实现动态界面载入    │  │  │  │  动态界面载入.vi    │  │  │  │  界面重用.vi    │  │  │  │      │  │  │  └─Panels    │  │  │          FindControlByName.vi    │  │  │          子界面组件.vit    │  │  │          方波.vi    │  │  │          正弦波.vi    │  │  │          随机数.vi    │  │  │              │  │  └─多面板程序    │  │          基于按钮的多面板程序.vi    │  │          基于菜单的多面板程序.rtm    │  │          基于菜单的多面板程序.vi    │  │          方波.vi    │  │          正弦波.vi    │  │          随机数.vi    │  │              │  ├─13.5界面美化    │  │      分隔栏使用示例.vi    │  │      分隔栏显示与隐藏.vi    │  │      参数设置.vi    │  │      图片滚动条.vi    │  │      属性节点使用举例.vi    │  │      调用对话框.vi    │  │      调用节点使用举例.vi    │  │      进度条使用.vi    │  │          │  └─13.6综合实例    │          用属性节点和Tab控件控制界面显示.vi    │              ├─第14章项目管理与报表生成    │      Excel报表模板.xlt    │      Excel报表生成.vi    │      使用报表工具生成报表.vi    │      报表生成子VI.vi    │      报表生成综合实例.vi    │      简易报表生成.vi    │          ├─第15章应用程序发布    │  └─Hex2Dec    │      │  Hex2Dec.aliases    │      │  Hex2Dec.lvlps    │      │  Hex2Dec.lvproj    │      │  Hex2Dec.vi    │      │  Hex2DecDLL.vi    │      │      │      └─子VI    ├─第16章技巧与解惑    │      利用属性节点控制波形显示区域.vi    │      前面板对象保护.vi    │      子VI直接调用.vi    │      文件自动保存与编号.vi    │      文本文件连续写入.vi    │      用XY图绘制非等间隔采样图.vi    │      路径拆分与创建.vi    │          ├─第2章开始LabVIEW之旅    │      子VI调用.vi    │      综合实例-虚拟信号源.vi    │      虚拟信号源.vi    │          ├─第3章了解LabVIEW中的数据类型    │  ├─3.3数据类型之间的转换    │  │      数值至布尔数组转换.vi    │  │      数值至时间转换.vi    │  │      数字字符串操作.vi    │  │      路径字符串操作.vi    │  │          │  ├─3.4数据运算与操作    │  │      波形数据操作.vi    │  │          │  └─3.5综合实例    │          温度报警装置.vi    │              ├─第4章数据表达与显示    │  ├─4.1基本数据表达与显示    │  │      枚举型控件使用举例.vi    │  │      液罐使用.vi    │  │      液罐使用（状态显示）.vi    │  │      滑动杆使用.vi    │  │      进度条使用.vi    │  │          │  ├─4.2二维图形    │  │      一维数组数据显示.vi    │  │      不同长度曲线绘制.vi    │  │      二维数据显示.vi    │  │      分格显示曲线.vi    │  │      多曲线数据显示.vi    │  │      李萨如图形.vi    │  │      标量数据显示.vi    │  │      波形数据显示.vi    │  │      用强度图表和强度图显示二维数组.vi    │  │          │  ├─4.3三维图形    │  │      三维参数图.vi    │  │      三维曲线图形.vi    │  │      曲面与三维曲面图.vi    │  │          │  ├─4.4其它图形控件    │  │      极坐标图.vi    │  │      用最小-最大控件显示XY图.vi    │  │          │  └─4.5综合实例    │          同心圆.vi    │              ├─第5章程序结构    │  ├─5.1基本程序结构    │  │      While循环基本应用.vi    │  │      利用While循环实现前100自然数求和.vi    │  │      层叠式顺序结构.vi    │  │      平铺式顺序结构.vi    │  │      用For循环产生固定数据点数的正弦波.vi    │  │      自动索引功能.vi    │  │          │  ├─5.2特殊程序结构    │  │      定时循环应用举例.vi    │  │      条件结构基本应用.vi    │  │      计数器.vi    │  │          │  ├─5.3变量    │  │      VI-1.vi    │  │      VI-2.vi    │  │      全局变量.vi    │  │      用局部变量传递值.vi    │  │          │  └─5.4综合实例    │          等差序列求和.vi    │              ├─第6章外部程序接口与扩展    │  ├─6.2API调用    │  │      WindowsAPI调用.vi    │  │          │  ├─6.3可执行程序调用    │  │      Open Calculator.vi    │  │          │  ├─6.4ActiveX调用    │  │      Media Player ActiveX.vi    │  │      PPT ActiveX.vi    │  │      日历.vi    │  │      日历单击事件回调VI.vi    │  │          │  ├─6.5LabVIEW与MATLAB混合编程    │  │      MATLAB Script.vi    │  │          │  └─6.6综合实例    │      │  DSO25216.vi    │      │      │      ├─25216a.dll    │      │  │  25216.BIT    │      │  │  Clock.ico    │      │  │  DSO25216.VBP    │      │  │  DSO25216.VBW    │      │  │  Form1.frm    │      │  │  Form1.frx    │      │  │  frmMain.frm    │      │  │  frmMain.frx    │      │  │  GO.GIF    │      │  │  Module1.bas    │      │  │  MSSCCPRJ.SCC    │      │  │  OUT25.DLL    │      │  │  OUT25DLL.DOC    │      │  │      │      │  └─forVC.dll    │      └─子VI    │              Display.vi    │              Fout.vi    │              FreqChng.vi    │              logdisplay.vi    │              Vout.vi    │                  ├─第7章数学分析    │  ├─7.1基本数学分析    │  │      多项式n阶导数.vi    │  │      多项式求和.vi    │  │      微分.vi    │  │      指数函数.vi    │  │      正弦与反正弦.vi    │  │      求实数矩阵的秩.vi    │  │      矩阵的LU分解.vi    │  │      积分.vi    │  │      线性方程组求解.vi    │  │          │  ├─7.2数理统计与最优化问题    │  │      最优化.vi    │  │      概率统计.vi    │  │      正态分布曲线.vi    │  │      求一元函数在给定区间上的最小值.vi    │  │          │  ├─7.3曲线拟合与插值    │  │      一维插值.vi    │  │      最小二乘拟合求回归系数.vi    │  │          │  ├─7.4其它操作    │  │      三维坐标平移.vi    │  │      公式编辑器.vi    │  │      常微分方程求解.vi    │  │          │  └─7.5综合实例    │          水箱问题.vi    │              ├─第8章信号处理    │  ├─8.1信号发生器    │  │      Chirp信号.vi    │  │      公式节点.vi    │  │      基本函数发生器.vi    │  │      多频信号发生器.vi    │  │      正弦 高斯白噪声.vi    │  │      白噪声.vi    │  │      阶梯信号.vi    │  │          │  ├─8.2时域分析    │  │      基本平均值与均方差测量.vi    │  │      提取信号混合单频信息.vi    │  │      相关（周期成分检测）.vi    │  │      谐波失真.vi    │  │      过渡分析.vi    │  │      非周期信号与周期信号自相关图.vi    │  │          │  ├─8.3频域分析    │  │      单边傅立叶变换.vi    │  │      双边傅立叶变换.vi    │  │      帕斯瓦尔定理.vi    │  │      拉普拉斯变换.vi    │  │          │  ├─8.4信号调理    │  │      低通滤波器.vi    │  │      加窗后信号.vi    │  │      小幅值信号分辨.vi    │  │      带通滤波器.vi    │  │      波形对齐（单次）两个波形.vi    │  │      波形对齐（连续）N方式.vi    │  │      重采样.vi    │  │          │  ├─8.5波形监测    │  │      波峰检测.vi    │  │      边界检测.vi    │  │      过门限捕捉.vi    │  │      过门限计数.vi    │  │          │  ├─8.6逐点分析    │  │      PtByPt and Array Based Filter.vi    │  │          │  └─综合实例    │          绘制信号包络曲线.vi    │              └─第9章文件操作        ├─9.2常用文件类型与操作        │      二进制文件写入.vi        │      二进制文件读取.vi        │      文本文件写入.vi        │      文本文件读取.vi        │      电子表格文件写入.vi        │      电子表格文件读取.vi        │              ├─9.3特殊文件类型与操作        │      TDM.vi        │      TDMS文件存储.vi        │      TDMS文件读取.vi        │      XML文件.vi        │      波形文件.vi        │      测量文件.vi        │              ├─9.4其它文件类型与操作        │      WAV文件.vi        │              └─9.6综合实例                Excel_Read.vi                

自己编写的多元线性回归程序，包含主程序，以及函数。

基于MATLAB复调制ZOOM-FFT算法的分析和实现2006年第4期舰船电子工程121滤波;使用函数来实现傅立叶变换次复数乘法。设数字滤波器的阶数为K,滤波器系数离线生成,则滤波需要DNK次复数乘法,则总4 Matlab仿真和验证的运算量为为验证上述算法及分析过程的正确性,在MatZFFTNloN+2N+DN·K(3)中产生一个正弦组合信号3随着细化倍数的增加,基带FFT和ZFFT的运算量x(t)=30cos(2m110t)+30cos(2x11145t)都会大幅度增加;zFF只有当细化频带较窄(此时+25cos(2x112.3t)+48cos(2m113.8t)无需数字滤波)或长序列的情况下,与基带FT相+50co(2x114.5t)比才具有运算量上的优势。分别利用基带FT和ZT对其进行谱分析ZFT算法存在自身的局限性,其存在的问题仿真条件:f=2048H,F点数N=1024,细化倍数D=50。基带FFT的频率分辨率4f=2H,历如下:(1)需要存放中间数据的内存空间巨大限制ZF的频率分辨率△f=0.04H。仿真结果如图了最大细化倍数2和图3所示。(2)采用具有线性相位的FIR数字滤波器实igure(n现抗混叠滤波,由于有限阶滤波器的吉布斯效应( Gibbs effect),滤波器截止频率处的频谱不可避免020040060080010001200会出现局部失真。(3)细化倍数越高,重釆样的选抽比越高,则细化带宽越窄。当需要细化的带宽较大时,必须进5行多次细化,这势必会增加计算量。Figure(4)频率成分调整较复杂。将FT和谱分析105110115130得到的频率成分调整到所选频带的频率成分式较Frequency(Hz复杂的过程,特别是为了避免低通抗混滤波器的边图3FF幅值频谱缘误差造成的频率混叠为了比较频率细化的效果,对图中谱线作了归化处理。图2中fgme(a)为原始信号,fgme(c)6小结为基带FYT处理后的幅值谱线,fgre(d)为移频后ZFT算法的关键在于利用傅立叶变换的移频基带FFT处理后的幅值谱线。由此图可以看出,基特性将感兴趣的高频段频率移至频谱原点,降低采带FFT的几个谱峰叠加为一个谱峰,各频率成分不可分辨。图3中fge(g)为重新采样后F处理样率重新釆样,从而获取较高的频率分辨率。它对后的幅值谱线,gure(h)为频率调整到实际频率处于获得某些特殊频段而不是整个带宽的信号细微的幅值谱线。此图中,因频率分辨率降低了D倍谱结构十分有用。该算法在实际工程技术中有较zF的幅值谱线中5条谱线清晰可见,说明ZF广泛的应用效果明显。参考文獻5ZF运算量和局限性讨论[1]胡广书.数字信号处理-理论、算法与实现[M]北京:清华大学出版社,1997当采用时域抽取FFT算法时,N点DT的复数[2] Vinay K ingle, John g proakis.数字信号处理及其乘法次数为l2N,复数加法次数为NN。为MATLAB实现[M].北京:电子工业出版社,1998[3]赵霞,熊小伏,郭珂.用细化频谱技术分析断路器简单起见,仅比较两种算法的复数乘法次数。操动机构振动信号[J.电力系统自动化,2003,(12):37设频率分辨率4f=fN,细化倍数D=△/404」f。要获得4/的分辨率,基带FFT的运算量为[4]丁康,谢明,张彼德等.基于复解析带通滤波器的FrTdN)lo复调制细化谱分析原理和方法[J.振动工程学报,2001,62(D14(1):30~35采用ZF算法,在复调制时只计算重采样的[5]宗孔德.多抽样率信号处理[M].北京:清华大学点,需N次复数乘法。同样,调制系数的计算也需N出版社,19基于 MATLAB复调制Z00M-FT算法的分析和实现旧WANFANG DATA文献链接作者:王力,张冰,徐伟, Wang li, Zhang bing, Xu Wei作者单位:王力,张冰, Wang Li, Zhang bing(江苏科技大学,镇江,212003),徐伟, Xu Wei(船舶系统工程部,北京,100036)刊名:舰船电子工程英文刊名SHIP ELECTRONIC ENGINEERING年,卷(期)2006,26(4)被引用次数:次参考文献(5条)1.宗孔德多抽样率信号处理19962.丁康;谢明;张彼德基于复解析带通滤波器的复调制细化谱分析原理和方法[期刊论文]振动工程学报2001(013.赵霞;熊小伏;郭珂用细化频谱技术分析断路器操动机构振动信号[期刊论文]电力系统自动化2003(12)4.陈怀琛数字信号处理教程- MATLAB释义与实现19985.胡广书数字信号处理一理论、算法与实现1997本文读者也读过(6条江波.唐普英基于复调制的ZooⅷFFT算法在局部频谱细化中的研究与实现[期刊论文]-大众科技2010(7)2.丁康.谢明.张彼德.赵玲.张晓飞. Ding Kang. Xie ming. Zhang bide. Zhao ling. ZHANG Xiaofei基于复解析带通滤波器的复调制细化谱分析原理和方法[期刊论文]-振动工程学报2001,14(1)3.罗利春. LUo Lic- hun zoom-FFT的改进、频谱反演与时-频局部化特性[期刊论文]-电子学报2006,34(1)4.戴振华.纪海林.徐运涛.DAⅠZhen-hua. JI Hai-1in.ⅫUYun-taoZ00MFFT算法在数字音频分析仪中的实现[期刊论文]-兵工自动化2007,26(10)5.黄镔.许婧.高峰.束洪春Z0OM-FFT在水电机组振动信号分析中的应用[期刊论文]-昆明理工大学学报(理工版)2002,27(5)6.王卫江改进的自适应Zoom-FFT算法研究[期刊论文]一电子技术应用2006,32(7)证文献(10条1.程兆刚.唐力伟.张淑琴.曹洪娜基于复调制Z0OM-FFT算法下阻尼比识别的研究[期刊论文]计算机与数字工程2012(1)2.刘树强.罗天.王宁.潘栋基于 Labview的异步电机转子断条检测[期刊论文]电子设计工程2011(3)3.王文森.邱宏安高精度超声流量检测系统设计[期刊论文]电声技术2011(2)4刘树强.罗天.谭兴文基于 Labview的笼型异步电动机转子断条故障在线检测系统[期刊论文]西南大学学报:自然科学版2011(9)5.王乐.苏小敏.杜林.李春化复白噪声中复正弦波频率估计方法硏究[期刊论文]火控雷达技术2011(36.周红霞.江佩勤.伍洲基于嵌入式系统的ZFFT移频轨道检测算法[期刊论文]通信技术2010(37.焦玮琦.陈特放基于局部频谱细化的轨道移频信号高精度检测[期刊论文]机车电传动2009(28.史瑞根.姚金杰基于 Labview的数字变频FFT设计[期刊论文]现代电子技术2009(7)9武中奇.杨世武丌FT算法在铁路移频信号分析中的应用及其DSP实现[期刊论文]铁道通信信号2008(7)10.时献江.张春喜.邵俊鹏异步电机断条故障诊断的细化包络方法[期刊论文]电机与控制学报2008(2)本文链接http://d.g.wanfangdata.com.cn/periodicaljcdzgc200604033.aspx

3路智能小车循迹程序，给想做循迹小车的一些参考，程序很简单的，大家一定会很快弄懂的。