搜索资源列表
car_radar
- 倒车雷达源代码，超声波发射，接收，测距。-source code reversing radar, ultrasonic transmitter and receiver, location.
倒车雷达代码
- 倒车雷达代码，超声波发射，接收，测距-code reversing radar, ultrasonic transmitter and receiver, range
wpks1.9
- 此程序是无线发射与接收，也是汽车电子上的到速雷达，利用四路传声波传感器接受信号经高频无线发射，放在驾驶室里的接受装置，能够反映车后面的情况。并能够在液晶屏清晰显示在身的地点。-this procedure is wireless transmitter and receiver, as well as automotive electronics to speed on the radar, Four-use acoustic sensors for high frequency radio s
gaopin_channel_pcb
- 雷达高频接收机，通道板硬件原理图，PCB图以及器件封装库，开放工具为protel99se，密码111111。-high-frequency radar receiver, plate hardware diagram, PCB drawings of the device packaging. protel99se open tools, password 111111.
IQ
- 雷达数字接收机正交解调的matlab仿真，波形描述-Radar digital receiver for quadrature demodulation matlab simulation, waveform described
ultrasonic-dis
- 下面是一个超声波测距的程序，硬件电路由于电脑格盘已丢失，下面的代码是从样机上复制的。 硬件电路包括液晶显示、超声波的发射、超声波的接受、滤波、单片机处理。 液晶显示采用LCD1602模块，下面的代码里有液晶的驱动，可以拷贝用于它处。 超声波发射电路包括压电换能器及其支持电路，发射约44KHz的超声波。 超声波的接收电路包含一块CD40106处理芯片。技术指标大约是测距范围在三米左右，测量精度约在厘米级别。大量用于倒车雷达的测距中。-The following is a range
LDJSJJS
- 雷达接收机技术，雷达技术丛书之一，经典巨作-Radar Receiver Technology
LPIT_TOOLBOX
- LPI和LPID的主要目的是能够在比截获接收机对雷达进行探测与干扰的距离更远的距离上来探测目标,本工具箱是在MATLAB下的LPI工具箱-LPI and LPID' s main purpose is to intercept receiver than the radar detection and jamming on the distance farther up exploration goals, the toolkit is under the LPI in the MATLA
DBF_multiroad_receiver_check_technology
- DBF技术是在原来模拟波束形成原理的基础上，引入数字信号处理方法之后建立的一门雷达新技术。数字波束形成就是用数字方式将由于传感器在空间位置不同引入的传播程差导致的相位差进行补偿，从而实现各路信号之间信号同相叠加，使得观测方向能量最大接收，形成特定方向上目标信号检测。-DBF technology is in the original analog beamforming based on principle, after the introduction of digital signal pr
Untitled4
- gpr transmitter , and receiver , for ground penetrating radar-gpr transmitter , and receiver , for ground penetrating radar
Digital-radar
- 介绍了数字雷达的基本概念、接收器和发射器、工作原理的文献-Describes the basic concept of a digital radar receiver and transmitter, the working principle of the literature
leida
- 在高频地波雷达探测系统中，接收系统的任务是将目标回波信号从很强的杂波和噪声干扰中提取出来，使得后续的目标信息提取得以进行。本课题从高频地波雷达接收机的工作原理出发，分析了高性能接收系统设计中的一些问题并提出了相应的解决方案。-In the high-frequency surface wave radar detection system, the receiving system of the target echo signal is extracted from the strong cl
matched_filter
- this code generates the match filter out put for the input LFM waveform in the first stage of radar receiver.
Radar-System-Simulation-matlab
- 对整个雷达系统从发射端调制到接收端解调进行仿真，并模拟了雷达系统特有的信道环境-Simulate the whole radar system including moduation at the transmitter end, radar channel, and demoduation at the receiver end.
stretch
- 雷达系统处理中一种去斜处理的数字实现方式，可应用与雷达的去斜处理接收机。-Digital processing of a radar system to ramp handling implementations can be applied with dechirping radar receiver.
test_single_pulse
- 单脉冲扩频角跟踪仿真程序，适用于单脉冲雷达接收机。-Single pulse spreading angle tracking simulation program for single pulse radar receiver.
IQ
- 无源雷达接收机的系统仿真设计，包含频率带宽等信号仿真-System Simulation Design of passive radar receiver, including signal simulation frequency bandwidth
谱分析
- 雷达接收信号频谱分析（幅度和相位）-matlab实现(Radar receiver, signal spectrum analysis, matlab implementation)
自动化程序(ADS-B端)
- 关于雷达ADS-B接收机的matlab程序，卫星、接收天线的初始化。(The receiver is initialized,including the information of almanac and antenna.)
GM-PHD1
- Over-the-horizon radar (OTHR) exploits skywave propagation of high-frequency signals to detect and track targets, which are different from the conventional radar. It has received wide attention because of its wide area surveillance, long detectio