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BER Performance Analysis of Short Reference Differential Chaos Shift Keying Scheme Using Various Maps Over Different Channel Conditions

机译:在不同信道条件下使用各种映射的短参考差异混沌键控键控方案的性能分析

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In this paper, design and development of chaos-based radio system are realized using short reference differential shift keying. In this communication system, the length of chaos reference sequence is reduced to R so that the message signal frame duration reduces as compared to former DCSK scheme. The proposed system is implemented on AWR-Virtual System Simulator (VSS) tool. VSS software is a comprehensive environment for the end-to-end design and system-level simulation of the communication system. With MATLAB co-simulation, we can readily import MATLAB code into VSS for enhanced system capability. The proposed system will be studied to deduce analytical BER expression under fading channel conditions and validated with simulated and experimental results.
机译:在本文中,使用短参考差动键控实现了基于混沌的无线电系统的设计和开发。在该通信系统中,混沌参考序列的长度减小到R,使得与前DCSK方案相比,消息信号帧持续时间减少。所提出的系统在AWR-Virtual System Simulator(VSS)工具上实现。 VSS软件是用于端到端设计和通信系统的系统级模拟的全面环境。使用MATLAB共同仿真,我们可以轻松导入MATLAB代码进入VSS以获得增强的系统功能。将研究所提出的系统,以在衰落信道条件下推导分析BER表达,并用模拟和实验结果验证。

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