搜索资源列表
123
- 激光数字通信原理的源代码，实现激光数字通信，-SCM, laser digital communication of source code
radar
- 用RS232实现与激光雷达的通信，处理激光雷达数据。-Using RS232 communications and laser radar, to processing laser radar data.
wireless-laser-targeting
- 无线激光通信中调制系统的设计与研究 很好的资料-System of wireless laser targeting multi-channel data acquisition and processing
BPSK
- 无线激光通信系统在对数正态分布下的平均误码率的计算-the average BER of Wireless optical communication system is studied by log-normal distribution using Gauss methad
lightreceive
- 激光通信，通过发送不同占空比的脉冲波来实现数据0和1的发送。在接收端通过捕获来检测信号的占空比，从而检测出0和1信号，最终实现信号的光传输。-Laser communication, by sending different pulse duty cycle to achieve transmit 0 and 1 data. At the receiving end is detected by capturing the duty cycle signal to detect the sign
lightsend
- 激光通信，通过发送不同占空比的脉冲波来实现数据0和1的发送。在接收端通过捕获来检测信号的占空比，从而检测出0和1信号，最终实现信号的光传输。-Laser communication, by sending different pulse duty cycle to achieve transmit 0 and 1 data. At the receiving end is detected by capturing the duty cycle signal to detect the sign
mscomm
- 读取激光串口通信数据，并转换为数组格式并显示在界面中，可以实现接收和发送(Read serial data, and converted to array format)
无线光通信
- 激光通信 是利用激光光束作为信息载体来传递信息的一种通信方式，和传统的电通信一样，激光通信可分为有线激光通信和无线激光通信两种形式。有线激光通信就是近二、三十年来迅猛发展起来的以光导纤维作为传输媒质的光纤通信，目前己成为高速有线信息传输的骨干，具有了相当的规模，正在逐步取代传统的电缆通信。(the paper of wireless optical is useful)
激光无线通信技术
- 激光通信是一种以光波作为“载波”，大气、海水或太空作为传输介质的通信方式，与利用电磁波作载波的通信原理一样，只是承载信号的载波是激光(this laser communication is useful)
699514164NRZ-DPSK
- 激光通信是作为传输介质的通信方式，与利用电磁波作载波的通信一样，承载信号的载波是激光(this laser communication is useful)
飞行标刻使用说明
- 激光雕刻和打码开发的必备资料，振镜的通信协议。(Necessary data for laser development, communication protocol of vibrating mirror)