EVO-SCHIRP: Evolved Secure Swarm Communications

Shaya Wolf, Rafer Cooley, M. Borowczak, Nicholas Cheney
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引用次数: 0

Abstract

CHIRP (Communication for Heterogeneous IoTs with Round-robin Protection), an optimal communication protocol, performs poorly in networks with multiple agent groups (cliques). Research began on modifying and securing CHIRP with a project called S-CHIRP(Secure CHIRP). However, S-CHIRP still provides sub-optimal multi-clique communication. We created an evolutionary protocol, EVO-SCHIRP (Evolutionary S-CHIRP) and compare results against CHIRP and S-CHIRP based on communication efficiency and information security. This research took place in two phases. First, EVO-SCHIRP was compared to CHIRP by implementing an efficient communication protocol with one clique. Second, EVO-SCHIRP was compared to S-CHIRP by considering communication security. This research opportunity extends research in many fields such as swarm intelligence, evolutionary robotics, information security, autonomic systems, and decentralized communication. The CHIRP protocols have many applications such as drone communication, infrastructure inspection, and biomedical sensors.
进化的安全群通信
CHIRP(基于轮询保护的异构物联网通信)是一种最佳通信协议,但在具有多个代理组(团)的网络中表现不佳。通过一个名为S-CHIRP(Secure CHIRP)的项目,开始了对CHIRP进行修改和保护的研究。然而,S-CHIRP仍然提供次优的多团通信。我们创建了一种进化协议EVO-SCHIRP (evolutionary S-CHIRP),并在通信效率和信息安全性的基础上与CHIRP和S-CHIRP进行了比较。这项研究分两个阶段进行。首先,通过实现一个团的高效通信协议,将EVO-SCHIRP与CHIRP进行了比较。其次,从通信安全的角度对EVO-SCHIRP与S-CHIRP进行了比较。这个研究机会扩展了许多领域的研究,如群体智能、进化机器人、信息安全、自主系统和分散通信。CHIRP协议有许多应用,如无人机通信、基础设施检查和生物医学传感器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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