亲测可用的kalman滤波器的设计调试代码

建立了基于MATLAB语言的七段译码器的仿真模型，通过了系统验证。(MATLAB language is established based on the seven-segment decoder simulation model validation by the system.)

图像中目标的定位， 边缘检测，检测目标并跟踪，(The positioning of the target image, edge detection, target detection and tracking,)

LT喷泉码编解码实现,简单易懂，注释详细(the introduction of LT codes)

This project helps us to identify the shortest distance in the wireless ad-hoc networks. here in this project EASE algorithm is implemented in order to identify the destination. and the code has been written by using MATLAB.

对自由落体运动进行仿真，并将仿真出来的数据与理论分析数据进行比对。(On the free fall simulation, and simulation and theoretical analysis of the data out of the data for comparison.)

基于MATLAB中M文件编写的BP神经网络控制一阶惯性环节加大时滞系统程序(Written in MATLAB M-file based on BP neural network control to increase the delay part of the first-order inertial system program)

研究了基于信号强度模型的室内定位技术. 通过运用线性回归、补偿式线性回归和多元回归方法，利用 仿真数据建立了信号强度模型.(Indoor positioning technology based on signal strength model by using linear regression, the compensated linear regression and multiple regression method using simulation data signal strength model.)

Matlab code for prony method

基于MATLAB的汽车电动助力转向系统转向特性分析，包含m文件，simulink模型。亲测可用。具有很强的通用性。(The steering characteristic analysis of automotive electric power steering system based on MATLAB includes m file and Simulink model. The test is available. It has a strong generality.)

说明：  本书注重理论与实践相结合,通过实际案例和编程实现让读者理解理论在实践中的应用;同时还充分强 调“案例的实用性、程序的可模仿性”,且在案例程序中附有详细的注释。例如,投资组合管理、KMV模型计 算、期权定价模型与数值方法、风险价值VaR的计算等案例程序,读者可以直接使用或根据需要在源代码基 础上进行修改使用。(This book pays attention to the combination of theory and practice, through practical cases and programming to enable readers to understand the application of theory in practice; at the same time, it fully emphasizes "the practicality of cases, the imitatability of procedures", and has detailed notes in the case procedures. For example, case programs such as portfolio management, KMV model calculation, option pricing model and numerical method, VAR calculation can be used directly or modified on the basis of source code as required.)