CH13

SAA7121Hpal8bit master.rar 飞利浦编码芯片SAA7121H pal制式的内部寄存器配置文件 现在给大家共享 (SAA7121Hpal8bit master.rar Philips SAA7121H pal standard encoding chip internal register configuration file now to share)

卡尔曼滤波器介绍,适合初学者了解卡尔曼滤波器的原理！(Kalman filter is introduced, suitable for beginners to understand the principle of Kalman Filter!)

this program simulate tarcking algorithm based on wavelet.

this program used to track the object in the outdoor by still camera.

利用Elmane方法对动态系统进行建模。(Elmane method is used to analyse the dynamic system modeling.)

PID控制 PI控制 PD控制 matlab程序 初级入门(PID control PI control PD control matlab program entry-)

基于能量检测的合作检测算法，判决方式为传统硬判决中的and判决(coorporation detection)

说明：  插值计算的MATLAB代码，可以计算相关的插值(MATLAB code for interpolating calculation)

计算洛伦兹系统的lyapunov指数，matlab语言编写的(Computing the Lyapunov Exponents of the Lorenz System)

The word Radar is the acronym of Radio detection and ranging. Radar is an active instrument, which measures the echo of scattering objects, surfaces and volumes illuminated by an electromagnetic wave internally generated belonging to the microwave portion of the electromagnetic spectrum. It was born just before the second world war for detecting and ranging target for non-civilian scopes. In this case the requested spatial resolution was not so challenging for the technology available that time. The opening of new technological frontiers in the fifties, including the satellites and the space vehicles, demanded a better spatial resolution for application in geosciences remote sensing (RS). Synthetic aperture radar (SAR) technique was invented to overcome resolution restrictions encountered in radar observations from space and generally to improve the spatial resolution of radar images.(The word Radar is the acronym of Radio detection and ranging. Radar is an active instrument, which measures the echo of scattering objects, surfaces and volumes illuminated by an electromagnetic wave internally generated belonging to the microwave portion of the electromagnetic spectrum. It was born just before the second world war for detecting and ranging target for non-civilian scopes. In this case the requested spatial resolution was not so challenging for the technology available that time. The opening of new technological frontiers in the fifties, including the satellites and the space vehicles, demanded a better spatial resolution for application in geosciences remote sensing (RS). Synthetic aperture radar (SAR) technique was invented to overcome resolution restrictions encountered inradar observations from space and generally to improve the spatial resolution of radar images.)