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引用次数: 1

摘要

物理安全正成为无线信道数据传输安全研究的焦点。其中一种技术是基于天线子集调制(ASM)。ASM是一种低复杂度的单向调制。ASM是使用沿辐射路径的开关阵列以指定的符号速率调制辐射信号。由于这种切换,目标方向的信号星座不会失真,而严重失真会影响其他不想要的目标方向的信号,导致这些方向的信号星座随机。本文从误差概率和信道保密性两个方面对ASM的性能进行了深入的研究。推导了不同数据调制方式下的误码率的统计模型。仿真结果表明,ASM可以有效地用于保证多向传输的安全。
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Performance analysis Secure Wireless Communication using Antenna Subset Modulation
Pyhyscial security is becoming a centre of focus in research for securing date transmission over wireless channels. One of the techniques is based on an Antenna subset modulation (ASM). ASM is of a low complexity single directional modulation. ASM is to modulate the radiated signal with a specified symbol rate using an array of switches along the radiation path. As a result of this kind of switching, the signal constellation in the targeted direction will not be distorted while a heavy distortion will affect the signal in the other undesired target directions and cause a random signal constellation in these directions. This research paper paper provides an intensive study of the performance of (ASM) in terms of probability of error and channel secrecy. A statistical model will be derived and their probability of symbol error rate when using different kind of data modulation. The simulation results of this paper show that ASM can be used efficiently for securing the multi-directional kind of transmission .
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