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微型飞行器移动通信系统的研究与实现
引用本文:庄琴生.微型飞行器移动通信系统的研究与实现[J].计算机仿真,2008,25(8).
作者姓名:庄琴生
作者单位:北京联合大学信息技术研究所,北京,100101
摘    要:传统的数字通讯方式已不能充分满足微型飞行器移动通信系统低质量、低功耗、低误码率、高抗干扰性的需求,必须设计最佳的编码、译码和硬件实现方案来满足这些需求.通过分析比较非线性卷积编码比线性分组码在微型飞行器移动通信系统中所具有的优势,提出了把卷积编码以及维特比译码应用于微型飞行器信道传输巾的具体方法,并通过把编码和解码程序移植到微型飞行器的处理器上,对处理器的工作性能进行优化,极大地改善了微型飞行器移动通信系统的性能.

关 键 词:微型飞行器  移动通信  卷积编码  维特比译码  硬件实现

Research and Implementation of Mobile Communication System of Micro Aerial Vehicles
ZHUANG Qin-sheng.Research and Implementation of Mobile Communication System of Micro Aerial Vehicles[J].Computer Simulation,2008,25(8).
Authors:ZHUANG Qin-sheng
Affiliation:ZHUANG Qin-sheng(Institute of Information Technology,Beijing Union University,Beijing 100101,China)
Abstract:Traditional digital communication is hard to sufficiently meet the requirement of low weight,low power consumption,low code error proportion and high anti-interference characteristic of mobile communication system of micro aerial vehicles.It is necessary to design the best methods of coding and decoding and hardware implementation to meet the requirement.The paper presents the method and algorithm to apply convolutional coding and Viterbi decoding by analyzing the advantages of convolutional code and compar...
Keywords:Micro aerial vehicle  Mobile Communication  Convolutional coding  Viterbi decoding  Hardware implementation  
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