1. 对应视频链接：https://www.bilibili.com/video/BV1uW4y1h7vM/?vd_source=cf212b6ac033705686666be12f69c448 2. Matlab实现随机森林算法的数据回归预测（完整源码和数据) 3. 多变量输入，单变量输出，数据回归预测 4. 评价指标包括：R2、MAE、MSE、RMSE 5. 包括拟合效果图和散点图 6. Excel数据，暂无版本限制，推荐2018B及以上版本 7. 其他代码连接：https://docs.qq.com/sheet/DRXBpdVRydFRHTXlB?tab=BB08J2&_t=1667389129635&u=96322ede66974c7097f1238bbc559fdc

射频同轴电缆特性电阻计算小工具,rf,射频小工具

微波技术基础 微波技术基础(高等学校电子信息类规划教材) 原价：22.00元 作者:廖承恩 出版社：西安电子科技大学出版社 出版日期：1994年12月 ISBN：756060322X

RF Power Amplifier Design

Preface................................................................................................ vii Part I: RF Circutis: wide band, Front-Ends, DAC’s Introduction ........................................................................................ 1 Ultrawideband Transceivers John R. Long ...................................................................................... 3 High Data Rate Transmission over Wireless Local Area Networks Katelijn Vleugels................................................................................ 15 Low Power Bluetooth Single-Chip Design Marc Borremans, Paul Goetschalckx ................................................. 25 RF DAC’s: output impedance and distortion Jurgen Deveugele, Michiel Steyaert................................................... 45 High-Speed Bandpass ADCs R. Schreier .......................................................................................... 65 High-Speed Digital to Analog Converters Konstantinos Doris, Arthur van Roermund........................................ 91 Part II: Design Methodology and Verification for RF and Mixed-Signal Systems Introduction ........................................................................................ 111 Design Methodology and Model Generation for Complex Analog Blocks Georges Gielen................................................................................... 113 Automated Macromodelling for Simulation of Signals and Noise in Mixed-Signal/RF Systems Jaijeet Roychowdhury ........................................................................ 143 A New Methodology for System Verification of RFIC Circuit Blocks Dave Morris........................................................................................ 169 Platform-Based RF-System Design Peter Baltus ........................................................................................ 195 Practical Test and BIST Solutions for High Performance Data Converters Degang Chen ...................................................................................... 215 Simulation of Functional Mixed Signal Test Damien Walsh, Aine Joyce, Dave Patrick ......................................... 243 Part III: Low Power and Low Voltage Introduction ........................................................................................ 249 The Effect of Technology Scaling on Power Dissipation in Analog Circuits Klaas Bult ........................................................................................... 251 Low-Voltage, Low-Power Basic Circuits Andrea Baschirotto, Stefano D’Amico, Piero Malcovati ................... 291 0.5 V Analog Integrated Circuits Limits on ADC Power Dissipation Ultra Low-Power Low-Voltage Analog Integrated Filter Design Wireless Inductive Transfer of Power and Data Robert Puers, Koenraad Van Schuylenbergh, Michael Catrysse, Bart Peter Kinget, Shouri Chatterjee, and Yannis Tsividis........................ 329 Boris Murmann .................................................................................. 351 Wouter A. Serdijn, Sandro A. P. Haddad, Jader A. De Lima ............ 369 Hermans ............................................................................................. 395

Fundarental of RF and Microware circuit Design

奇偶模分析法（续1）

针对WiMAX对业务流QoS定义和已有的调度架构,提出了一种适用于WiMAX的上行调度算法——改进的分级调度算法(ICBQ),解决了系统负载较高时低优先级业务长时间得不到服务的问题。仿真结果表明,ICBQ算法在不降低rtPS业务流QoS要求的前提下,有效地提高了nrtPS、BE业务流的调度机会,高效地利用了系统的带宽资源,提高了用户公平性。

Smith V3.10 功能简介： 1.smith史密斯图用于阻抗匹配 2.圆上的任何点都是阻抗. 3.红色是阻抗圆，绿色是导纳圆。 4.圆心是50欧，最左是0欧，最右是无穷大电阻。 5.圆的上半部分是感抗（比如5-6j） 下半部分是容抗.（比如3+2j） 6.加电感向上转，加电容向下转.（加电阻沿着电阻线跑，一般用不着电阻） 7. 串联沿着红色圆（阻抗圆）移动，并联沿着绿色圆（导纳圆）移动. 8.阻抗有几种数学表示方法，一个是复数的形式，比如40+80J, 一个是极坐标的形式. 9.一般每次都要转到和50阻抗圆或0.02导纳圆处，再换下一个元件.

ADS仿真第10章，微波滤波器的设计与仿真，具有仿真步骤！