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Load Balancing Aware Multiparty Secure Group Communication for Online Services in Wireless Mesh Networks

机译:无线网状网络中在线服务的负载平衡感知多方安全组通信

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摘要

The internet offers services for users which can be accessed in a collaborative shared manner. Users control these services, such as online gamingandsocialnetworkingsites, with handhelddevices. Wireless mesh networks (WMNs) are an emerging technology that can provide these services in an efficient manner. Because services are used by many users simultaneously, security is a paramount concern. Although many security solutions exist, they are not sufficient. None have considered the concept of load balancing with secure communication for online services. In this paper, a load aware multiparty secure group communication for online services in WMNs is proposed. During the registration process of a new client in the network, the Load Balancing Index (LBI) is checked by the router before issuing a certificate/key. The certificate is issued only if the value of LBI is less than a predefined threshold. The authors evaluate the proposed solution against the existing schemes with respect to metrics like storage and computation overhead, packet delivery fraction (PDF), and throughput. The results show that the proposed scheme is better with respect to these metrics.
机译:互联网为用户提供可以通过协作共享方式访问的服务。用户使用手持设备控制这些服务,例如在线游戏和社交网站。无线网状网络(WMN)是一种新兴技术,可以有效地提供这些服务。由于许多用户同时使用服务,因此安全性是首要考虑的问题。尽管存在许多安全解决方案,但它们还不够。没有人考虑过使用在线服务的安全通信进行负载平衡的概念。本文提出了一种用于WMN中在线服务的负载感知多方安全组通信。在网络中新客户端的注册过程中,路由器会在颁发证书/密钥之前检查负载平衡索引(LBI)。仅当LBI的值小于预定义的阈值时,才颁发证书。作者在存储和计算开销,数据包传递分数(PDF)和吞吐量等指标方面,针对现有方案评估了提出的解决方案。结果表明,相对于这些指标,提出的方案更好。

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