系统辨识程序(matlab编写).rar

Windows(Win10/8/7)环境下配置GCC编译器，替代不可使用的VC6.0，搭配Notepad++等编辑器构建C语言编译环境，使用方法http://blog.csdn.net/fuyanhuangyan/article/details/78587548

主要是对风机发电建立的matlab仿真模型

matlab mac协议之ALOHA协议，CSMA协议

1.在已经估计出导频点位置的信道相应后，如何进行插值。 利用函数"interp1"实现一维插值，还可以利用"interpN"实现高维插值2.另一个亮点是，实现瑞利信道的过程。 SISO系统，六径，因此每个路径都有延时，而G的增益也有六个。利用插值实现延时和增益，不错的概念。

Lumped Elements for RF and Microwave Circuits英文版，射频微波电路入门Lumped Elements for RFand microwave circuitsFor a listing of recent titles in the Artech House Microwave library,turn to the back of this bookLumped Elements for RFand microwave circuitsInder bahlArtech houseBoston londonwww.artechhouse.comLibrary of Congress Cataloging-in-Publication DataBahl, I.J.Lumped elements for RF and microwave circuits /Inder Bahlp cm.--(Artech House microwave libraryncludes bibliographical references and indexISBN 1-58053-309-4(alk. paper1. Lumped elements(Electronics) 2. Microwave integrated circuits. 3. Radiofrequency integrated circuits. 4. Passive components. I. Title. II. SeriesTK7874.54B342003621.38132-dc212003048102British Library Cataloguing in Publication DataBahl, I. J. Inder jit)Lumped elements for RF and microwave circuits.-(Artech House microwave library1. Radio circuits 2. Microwave circuits I. Title621.38412ISBN1-58053-3094Cover design by Igor Valdmar2003 ARTECH HOUSE, INC.685 Canton StreetNorwood Ma 02062All rights reserved Printed and bound in the United States of America. no part of this bookmay be reproduced or utilized in any form or by any means, electronic or mechanical, includingphotocopying, recording, or by any information storage and retrieval system, without permissionn writing from the publisherall terms mentioned in this book that are known to be trademarks or service marks have beenappropriately capitalized. Artech House cannot attest to the accuracy of this information. Useof a term in this book should not be regarded as affecting the validity of any trademark or servicemarkInternational Standard Book Number: 1-58053-309-4Library of Congress Catalog Card Number: 200304810210987654321To my adorable grandsons, Karan and Rohan Kaushal, with whom I play, cry,and laugh, and who have provided me with the idea and inspiration towrite this bookContentsPrefaceXVAcknowledgmentsXXIntroduction1.1 History of Lumped Elcements)Why Use Lumped Elements for rF andMicrowave circuits1.3 L, C, R Circuit Elements1.4 Basic Design of Lumped Elements4.1 Capacitor1.4.2 Inductor4.3 Resistorumped-Element Modelin1. 6 Fabrication1.7 ApplicationsReferencesInductors2.1 IntroductionLumped Elements for RF and Microwave Circuits2.2 Basic Definitions2.2.1 Inductance2.2.2 Magnetic Energy182.2.3 Mutual Inductance202. 2. 4 Effective Inductance202.2.5Imedang2.2.6 Time Constant2.2.7 Quality Factor222.2.8 Self-Resonant Frequency232.2.9aximum Current Ratin2.2.10 Maximum Power Rating2.2.11 Other Parameters232.3 Inductor Configurations242.4 Inductor models2. 4. 1 Analytical Models252.4.2 Coupled-Line Appiroach282.4.3 Mutual Induse arppi342.4.4 Numerical Approach362.4.5 Measurement-Based model382.5 Coupling Between Inductors452.5. 1 Low-Resistivity Substrates2.5.2 High-Resistivity Substrates462.6 Electrical Representations2.6. 1 Series and Parallel representations2.6.2 Network Representations51References52Printed Inductors573.1 Inductors on Si Substrate583.1.1 Conductor Loss3.1.2 Substrate Loss3. 1.3 Layout Considerations3.1.4 Inductor Model3. 1.5 Q-Enhancement Techniques3.1.6 Stacked-Coil Inductor803.1.7 Temperature Dependence84

CSDN上有人发带通采样定理的推导文档PDF格式，只有半页，居然收5分，我勒个去；我这个是有详细证明的，个人觉得讲解得很清晰，而且应用也很方便，word格式，看不懂我免费解释。只收2分，恶心下收5分的。

卷积神经网络用于识别手写字体，识别率非常高，而且代码全有。

C语言实现的telnet客户端选项协商：所有的选项协商都是服务器主动提出的，客户机不主动发送协商命令，只是对选项协商进行应答，对于回显、抑制继续进行、终端类型是要处理的，其他的否定。子选项协商只发送终端类型。终端类型是ANSI，解析ANSI控制码。实现了上下左右键，客户机发送上下左右键的ANSI控制码。登陆win7telent服务器和bbs，测试正常。平台：win7 开发环境：vs2008 语言：C

①定义输出或输入为直流电能的旋转电机，称为直流电机，它是能实现直流电能和机械能互相转换的电机。 ②用PWM（Pulse Width Modulation）方式来控制转速；通过脉冲波输入的引脚来控制方向。 ③本实验中采用RF-310T-11400型号直流电机，同时配有光耦测速模块。通过检测输出脉冲来检测电机转速。 基于FPGA的直流电机/基于FPGA的直流电机 ├── dc1 │   ├── db │   │   ├── cmpr_kkg.tdf │   │   ├── dc1.(0).cnf.cdb │   │   ├── dc1.(0).cnf.hdb │   │   ├── dc1.(1).cnf.cdb │   │   ├── dc1.(1).cnf.hdb │   │   ├── dc1.(10).cnf.cdb │   │   ├── dc1.(10).cnf.hdb │   │   ├── dc1.(11).cnf.cdb │   │   ├── dc1.(11).cnf.hdb │   │   ├── dc1.(12).cnf.cdb │   │   ├── dc1.(12).cnf.hdb │   │   ├── dc1.(2).cnf.cdb │   │   ├── dc1.(2).cnf.hdb │   │   ├── dc1.(3).cnf.cdb │   │   ├── dc1.(3).cnf.hdb │   │   ├── dc1.(4).cnf.cdb │   │   ├── dc1.(4).cnf.hdb │   │   ├── dc1.(5).cnf.cdb │   │   ├── dc1.(5).cnf.hdb │   │   ├── dc1.(6).cnf.cdb │   │   ├── dc1.(6).cnf.hdb │   │   ├── dc1.(7).cnf.cdb │   │   ├── dc1.(7).cnf.hdb │   │   ├── dc1.(8).cnf.cdb │   │   ├── dc1.(8).cnf.hdb │   │   ├── dc1.(9).cnf.cdb │   │   ├── dc1.(9).cnf.hdb │   │   ├── dc1.asm.qmsg │   │   ├── dc1.asm_labs.ddb │   │   ├── dc1.cbx.xml │   │   ├── dc1.cmp.bpm │   │   ├── dc1.cmp.cdb │   │   ├── dc1.cmp.ecobp │   │   ├── dc1.cmp.hdb │   │   ├── dc1.cmp.logdb │   │   ├── dc1.cmp.rdb │   │   ├── dc1.cuda_io_sim_cache.45um_ff_1200mv_0c_fast.hsd │   │   ├── dc1.cuda_io_sim_cache.45um_ss_1200mv_85c_slow.hsd │   │   ├── dc1.db_info │   │   ├── dc1.eco.cdb │   │   ├── dc1.eds_overflow │   │   ├── dc1.fit.qmsg │   │   ├── dc1.fnsim.cdb │   │   ├── dc1.fnsim.hdb │   │   ├── dc1.fnsim.qmsg │   │   ├── dc1.hier_info │   │   ├── dc1.hif │   │   ├── dc1.map.bpm │   │   ├── dc1.map.cdb │   │   ├── dc1.map.ecobp │   │   ├── dc1.map.hdb │   │   ├── dc1.map.logdb │   │   ├── dc1.map.qmsg │   │   ├── dc1.map_bb.cdb │   │   ├── dc1.map_bb.hdb │   │   ├── dc1.map_bb.hdbx │   │   ├── dc1.map_bb.logdb │   │   ├── dc1.pre_map.cdb │   │   ├── dc1.pre_map.hdb │   │   ├── dc1.psp │   │   ├── dc1.root_partition.cmp.atm │   │   ├── dc1.root_partition.cmp.dfp │   │   ├── dc1.root_partition.cmp.hdbx │   │   ├── dc1.root_partition.cmp.logdb │   │   ├── dc1.root_partition.cmp.rcf │   │   ├── dc1.root_partition.map.atm │   │   ├── dc1.root_partition.map.hdbx │   │   ├── dc1.root_partition.map.info │   │   ├── dc1.rtlv.hdb │   │   ├── dc1.rtlv_sg.cdb │   │   ├── dc1.rtlv_sg_swap.cdb │   │   ├── dc1.sgdiff.cdb │   │   ├── dc1.sgdiff.hdb │   │   ├── dc1.signalprobe.cdb │   │   ├── dc1.sim.cvwf │   │   ├── dc1.sim.hdb │   │   ├── dc1.sim.qmsg │   │   ├── dc1.sim.rdb │   │   ├── dc1.simfam │   │   ├── dc1.sld_design_entry.sci │   │   ├── dc1.sld_design_entry_dsc.sci │   │   ├── dc1.sta.qmsg │   │   ├── dc1.sta.rdb │   │   ├── dc1.sta_cmp.8_slow_1200mv_85c.tdb │   │   ├── dc1.syn_hier_info │   │   ├── dc1.tis_db_list.ddb │   │   ├── dc1.tiscmp.fast_1200mv_0c.ddb │   │   ├── dc1.tiscmp.fastest_slow_1200mv_0c.ddb │   │   ├── dc1.tiscmp.fastest_slow_1200mv_85c.ddb │   │   ├── dc1.tiscmp.slow_1200mv_0c.ddb │   │   ├── dc1.tiscmp.slow_1200mv_85c.ddb │   │   ├── dc1.tmw_info │   │   ├── logic_util_heursitic.dat │   │   ├── mux_96e.tdf │   │   ├── mux_cqc.tdf │   │   ├── mux_m6d.tdf │   │   ├── mux_src.tdf │   │   ├── prev_cmp_dc1.asm.qmsg │   │   ├── prev_cmp_dc1.fit.qmsg │   │   ├── prev_cmp_dc1.map.qmsg │   │   ├── prev_cmp_dc1.qmsg │   │   ├── prev_cmp_dc1.sim.qmsg │   │   ├── prev_cmp_dc1.sta.qmsg │   │   └── wed.wsf │   ├── dc1.asm.rpt │   ├── dc1.bdf │   ├── dc1.done │   ├── dc1.fit.rpt │   ├── dc1.fit.smsg │   ├── dc1.fit.summary │   ├── dc1.flow.rpt │   ├── dc1.map.rpt │   ├── dc1.map.summary │   ├── dc1.pin │   ├── dc1.qpf │   ├── dc1.qsf │   ├── dc1.qws │   ├── dc1.sim.rpt │   ├── dc1.sof │   ├── dc1.sta.rpt │   ├── dc1.sta.summary │   ├── dc1.vwf │   ├── dcmotor1.bsf │   ├── dcmotor1.vhd │   ├── dcmotor2.vhd │   ├── dcmotor3.vhd │   ├── dcmotor4.vhd │   ├── dcmotor4.vhd.bak │   ├── incremental_db │   │   ├── README │   │   └── compiled_partitions │   │       ├── dc1.root_partition.cmp.cdb │   │       ├── dc1.root_partition.cmp.dfp │   │       ├── dc1.root_partition.cmp.hdb │   │       ├── dc1.root_partition.cmp.kpt │   │       ├── dc1.root_partition.cmp.logdb │   │       ├── dc1.root_partition.cmp.rcfdb │   │       ├── dc1.root_partition.cmp.re.rcfdb │   │       ├── dc1.root_partition.map.cdb │   │       ├── dc1.root_partition.map.dpi │   │       ├── dc1.root_partition.map.hdb │   │       └── dc1.root_partition.map.kpt │   ├── key_check.vhd │   ├── key_check.vhd.bak │   ├── mux1.vhd │   ├── rate.vhd │   └── xianshi.vhd └── 新建 Microsoft Word 文档.docx 4 directories, 146 files

在对图像进行二维分数傅里叶变换时用到的，基于一维变换基础上提出的程序代码！