Secrecy Outage Probability and Secrecy Diversity Order of Alamouti STBC With Decision Feedback Detection Over Time-Selective Fading Channels

IF 0.4 4区 计算机科学 Q4 COMPUTER SCIENCE, HARDWARE & ARCHITECTURE Ieice Transactions on Fundamentals of Electronics Communications and Computer Sciences Pub Date : 2023-01-01 DOI:10.1587/transfun.2023eal2080
Gyulim KIM, Hoojin LEE, Xinrong LI, Seong Ho CHAE
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Abstract

This letter studies the secrecy outage probability (SOP) and the secrecy diversity order of Alamouti STBC with decision feedback (DF) detection over the time-selective fading channels. For given temporal correlations, we have derived the exact SOPs and their asymptotic approximations for all possible combinations of detection schemes including joint maximum likehood (JML), zero-forcing (ZF), and DF at Bob and Eve. We reveal that the SOP is mainly influenced by the detection scheme of the legitimate receiver rather than eavesdropper and the achievable secrecy diversity order converges to two and one for JML only at Bob (i.e., JML-JML/ZF/DF) and for the other cases (i.e., ZF-JML/ZF/DF, DF-JML/ZF/DF), respectively. Here, p-q combination pair indicates that Bob and Eve adopt the detection method p ∈ {JML, ZF, DF} and q ∈ {JML, ZF, DF}, respectively.
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具有决策反馈检测的Alamouti STBC在时间选择性衰落信道上的保密中断概率和保密分集顺序
本文研究了在时间选择性衰落信道中采用决策反馈(DF)检测的Alamouti STBC的保密中断概率(SOP)和保密分集顺序。对于给定的时间相关性,我们已经导出了所有可能的检测方案组合的精确sop及其渐近逼近,包括联合最大似然(JML),零强迫(ZF)和DF在Bob和Eve。我们发现SOP主要受合法接收方的检测方案而不是窃听方的检测方案的影响,并且JML仅在Bob(即JML-JML/ZF/DF)和其他情况(即ZF-JML/ZF/DF, DF-JML/ZF/DF)下可实现的保密分集顺序分别收敛于2和1。其中,p-q组合对表示Bob和Eve分别采用p∈{JML, ZF, DF}和q∈{JML, ZF, DF}的检测方法。
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来源期刊
CiteScore
1.10
自引率
20.00%
发文量
137
审稿时长
3.9 months
期刊介绍: Includes reports on research, developments, and examinations performed by the Society''s members for the specific fields shown in the category list such as detailed below, the contents of which may advance the development of science and industry: (1) Reports on new theories, experiments with new contents, or extensions of and supplements to conventional theories and experiments. (2) Reports on development of measurement technology and various applied technologies. (3) Reports on the planning, design, manufacture, testing, or operation of facilities, machinery, parts, materials, etc. (4) Presentation of new methods, suggestion of new angles, ideas, systematization, software, or any new facts regarding the above.
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