ofdm_report

BUCK---PWM电路仿真，包含仿真源程序和仿真搭建的模块，对研究仿真电路的大有裨益。(BUCK-PWM circuit simulation, including simulation source code and simulation structures of the modules, the study of great benefit to the circuit simulation.)

说明：  matlab仿真的蓝牙调频通信系统，对用matlab进行通信仿真的开发人员非常有用(matlab simulation of Bluetooth FM communication systems to communicate with the matlab simulation is very useful for developers)

说明：  MATLAB 讀取 ESRI 檔 AND SETIING X Y (MATLAB RREAD ESRI FILE AND SETIING X Y)

MK检验程序，可广泛应用于气象、水文时间序列分析。(MK inspection procedures, can be widely used in meteorological, hydrological time series analysis.)

data sheet on DVBS2 for matlab coding

國 立 清 華 大 學 碩 士 論 文 符合802.16 標準之通道模擬器之研製(Chapter 1 Introduction Chapter 2 Introduction of microscope effects Chapter 3 Introduction of macroscope and system effects .21 Chapter 4 Channel model simulation Chapter 5 Works before implementing the hardware Chapter 6 Hardware implementation Chapter 7 Conclusions and future directions )

matlab交通模拟仿真程序代码，适用于交通模拟仿真(Traffic simulation matlab code for traffic simulation)

script for the robot control

上传一个word档的联邦式扩展卡尔曼粒子滤波算法，大家学习粒子滤波有益，为了使联邦滤波器够有效处理非高斯、非线性系统的状态估计问题，提出将扩展卡尔曼粒子滤波引入联邦滤波结构中，得到一种新的联邦式扩展卡尔曼粒子滤波算法.使用扩展卡尔曼粒子滤波对联邦滤波子系统的多源数据进行处理，从而摆脱了经典卡尔曼滤波的限制，拓宽了联邦滤波器的实际应用范围.将联邦式扩展卡尔曼粒子滤波算法应用于非线性滤波器的一个标准验证模型进行了仿真实验，结果表明该算法是有效性的.(Abstract: A new particle filter(Federated Extend Kalman Particle Filter，EKF-FPF) is proposed to estimate the state of Non-Gaussian and Non-Linear system for federated filter, in which extend kalman particle filer is introduced to federated filter so that the information fusion of subsystem can be solved by the non-gaussian and non-linear filer. By doing so, the federated filter can get rid of the disadvantage of the ordinary kalman filter to extend its application field. The simulation results of the standard testing model demonstrate the feasibility of the proposed algorithm.)

双通道星载合成孔径雷达（DPCA），第一个天线发射信号，两个天线同时接收信号。(Dual-channel satellite synthetic aperture radar (DPCA), the first launch of an antenna signal to two antennas to receive signals at the same time.)