移动AD HOC网络中通过识别和消除拜占庭故障的安全消息传输
Secured Message Transmission in Mobile AD HOC Networks through Identification and Removal of Byzantine Failures
摘要：
移动ad hoc网络和安全数据传输阶段的新兴需求是至关重要的，这取决于环境，如军事。本文提出了一种提高报文传输可靠性的新方法。在开放协作的移动自组网环境中，任何节点都可以恶意或自私地中断和拒绝其他节点的通信。动态变化的拓扑结构使得移动自组网中影响通信的敌对节点难以确定。SMT协议提供了一种通过将消息分散在具有最小冗余的若干路径之间来保护消息传输的方式。所选择的多个路由称为APS -活动路径集。本文介绍了一种技术，故障发现过程中，以确定拜占庭故障，其中包括节点丢弃，修改，或错误路由数据包，试图中断路由服务。自适应探测技术通过二分查找检测恶意链接，并根据节点的行为，这些链接是避免在主动路径中的乘法增加其权重。所提出的方案提供了安全的通信，即使与增加的对手。
英文摘要：
The emerging need for mobile ad hoc networks and secured data transmission phase is of crucial importance depending upon the environments like military. In this paper, a new way to improve the reliability of message transmission is presented. In the open collaborative MANET environment, any node can maliciously or selfishly disrupt and deny communication of other nodes. Dynamic changing topology makes it hard to determine the adversary nodes that affect the communication in MANET. An SMT protocol provides a way to secure message transmission by dispersing the message among several paths with minimal redundancy. The multiple routes selected are known as APS -Active Path Set. This paper describes a technique for fault discovery process to identify Byzantine failures which include nodes that drop, modify, or mis-route packets in an attempt to disrupt the routing service. An adaptive probing technique detects a malicious link through binary search and according to the nodes behavior, these links are avoided in the active path by multiplicatively increasing their weights. The proposed scheme provides secure communication even with increased number of adversaries.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
