1) ultraviolet wireless communication
紫外无线通信
2) UVC Ultraviolet Communication
紫外线通信
3) Non-Line-of-Sight Ultraviolet communication
非视线紫外通信
4) UV communication
紫外通信
1.
The working wavelength of UV communication system is confirmed numerically.
利用大气传输模型LOWTRAN对紫外波段的大气传输特性进行了模拟研究,定量考虑了紫外通信系统工作波段的确定,分析了能见度、地理位置、气候季节、传输距离、传播方向、海拔高度和天气情况等对大气紫外透射比的影响。
2.
Using ultraviolet fluorescent lamp as the light source, combining frequency modulation and demodulation technology can achieve a UV communication system with low date rates.
以紫外荧光灯为光源,结合调频和鉴频技术可实现低速率下的紫外通信。
5) ultraviolet communication
紫外通信
1.
In this paper,transmission rate of ultraviolet communication system has been enhanced by using a kind of demodulation method with AVR microcontroller;this method,which has properly dealt with the transition area problems of 2FSK signals,has properly demodulated the original signals from the modulated signals.
提出了一种用AVR单片机解调来提高紫外通信系统的传输速率的方法,采用AVR单片机设计解调电路,较好地处理2FSK信号的过渡带问题,使传输的信息经调制后能正确解调,传输速率可达到4。
2.
Transmission rate of ultraviolet communication system has been enhanced by using a kind of demodulation method with FPGA,with the method which has properly solved the transition area problems of 2FSK signals,we have properly demodulated original signal from a modulated signal.
提出了一种用FPGA解调来提高紫外通信系统的传输速率的方法;采用FPGA设计解调电路,很好地处理了2FSK信号的过渡带问题,使传输的信息经调制后能正确解调;在传输速率为9。
6) wireless infrared communication
红外无线通信
1.
Wireless Infrared Communication Technology is used for low-cost, short-range, high-speed wirless digital communication.
红外无线通信技术提供了一种低成本、短距离、高速率的无线通信方式，使用简单的收发器就能实现高效率的无线互连。
补充资料：紫外线通信(见光通信)
紫外线通信(见光通信)
ultraviolet communication
ziwaixian tongxin紫外线通信(ultraviolet。ommunieation)见光通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条