book

雷达多目标机动跟踪 利用imm模型可以获得很好的跟踪效果，其中滤波器用了ukf和ekf. 程序列表 程序说明 CAEKF.m 采用CA模型的EKF滤波 IMMUKF.m 采用交互式多模型的UKF滤波程序 FX1.m IMMUKF.m程序中CV模型系统方程 FX2.m IMMUKF.m程序中CA模型系统方程 FZ.m IMMUKF.m程序中观测方程函数 数据列表 Measure.mat 观测数据 Real.mat 真实数据 (Using multi-mode approach of unsent Kalman filtering process, simulation of moving target tracking)

说明：  Matlab 经典算法程序规划绘图差值数值分析(Matlab classical algorithm mapping programmatic difference between the numerical analysis of)

非线性规划问题中无约束问题的grad算法的MATLAB代码(Unconstrained nonlinear programming problem in question grad algorithm MATLAB code)

Estimation of free CO2 in Kiln

雷达定位精度分析，绘制GDOP图，研究雷达布阵形式！(Radar positioning accuracy analysis, drawing GDOP maps, radar lineup in the form of research!)

说明：  q-learning 实现 栅格迷宫路径规划，附带随机迷宫生成代码(Q-learning to achieve grid maze path planning, with random maze generation code)

LTE for UMTS - OFDMA and SC-FDMA Based Radio Access 关于随机接入很好的一本书籍是针对LTE系统的。(LTE for UMTS- OFDMA and SC-FDMA Based Radio Access on the random access good books for a LTE system.)

kalman滤波程序，非常适合研究该领域的朋友，欢迎共享(kalman filtering procedures, is very suitable for research in this field, welcome to share the)

该系统使用极其简便，即使 你对各种网络模型不是很深刻的了解，也可以很好的使用该系统。使用时， 你可以自己修改网络的各种参数，交互性较好，而且该系统通过大量的图示 及参数设置，可以让你了解每个应用实例实现的过程及详细步骤。(The system is extremely easy to use, even if you have to various network model is not very profound understanding can be a good use of the system. When used, you can change the network's own parameters, interactive better, but the system through a lot of icon and parameter settings, so you can understand each application process and the realization of detailed steps.)

说明：  瞬时测频的基础知识、多信道法瞬时测频、鉴频法瞬时测频、干涉仪比相法瞬时测频、驻波鉴相法瞬时测频、瞬时测频编码、数字计算法瞬时测频(Instantaneous Frequency Measurement of the basic knowledge, multi-channel method of instantaneous frequency measurement, frequency Instantaneous Frequency Measurement Act, interferometer phase method than the Instantaneous Frequency Measurement, standing-wave phase Instantaneous Frequency Measurement Act, Instantaneous Frequency Measurement encoding, digital calculation of Instantaneous Frequency Measurement)