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A guaranteed data transmission system for wireless ad hoc networks
Transactions on Emerging Telecommunications Technologies ( IF 3.6 ) Pub Date : 2020-06-16 , DOI: 10.1002/ett.4005
R Gopi 1 , J Jayanthi 2 , Sanjeevi Pandiyan 3
Affiliation  

Wireless ad hoc networks are highly used in the current network environment in spite of its effectiveness, reliable, minimum cost utilization, and non‐static infrastructure. To achieve the Quality of Service (QoS) in the wireless ad hoc network, resources in the network should be used properly. Here the QoS to be ensured is edge to edge latency, uneasiness, and packet loss. During information passing in a multi‐hop edge to edge interaction, the nodes in between the sender and receiver may intrude or monitor or listen to the information without the consent of the sender and receiver. To overcome these disadvantages, an assured and flexible information transmission should take place between the sender and receiver. In this regard, an optimal model called CQASS has been proposed to attain better performance by assuring the edge to edge interaction in wireless ad hoc networks. The edge to edge interaction is assured and protected by authentication. An optimistic connection identity from the pool of delivery connection is used to maintain the QoS. Flexible symmetric encryption using the secret key is implemented for node communication. The proposed model CQASS will not allow any malevolent nodes to interact with the legal in between nodes for the information transmission even the proposed will not allow the malevolent nodes to enter the legal path between the sender and receiver. The proposed model results are compared with the existing systems and the proposed model increases the performance of the network through resulting in reduced packet lose, handling of uneasiness and minimizes the latency in edge to edge communication. Optimal key generation, better ciphering, minimized pricing, and effective storage and interaction are other features of the proposed model.

中文翻译:

无线ad hoc网络的保证数据传输系统

尽管无线ad hoc网络具有有效性,可靠性,最低的成本利用率和非静态基础结构,但在当前的网络环境中仍被广泛使用。为了在无线ad hoc网络中实现服务质量(QoS),应正确使用网络中的资源。这里要确保的QoS是边缘到边缘的延迟,不安和数据包丢失。在多跳边到边交互中传递信息的过程中,未经发送者和接收者的同意,发送者和接收者之间的节点可能会侵入或监视或收听信息。为了克服这些缺点,应该在发送方和接收方之间进行有保证且灵活的信息传输。在这方面,已经提出了一种称为CQASS的最佳模型,以通过确保无线ad hoc网络中的边对边交互来获得更好的性能。边缘到边缘的交互通过身份验证得到保证和保护。来自传递连接池的乐观连接标识用于维护QoS。使用秘密密钥的灵活对称加密实现了节点通信。所提出的模型CQASS将不允许任何恶意节点与节点之间的合法节点进行信息传输,即使所提出的模型也将不允许恶意节点进入发送方和接收方之间的合法路径。将所提出的模型结果与现有系统进行比较,并且所提出的模型通过减少数据包丢失来提高网络性能,处理不安并最大程度地减少边缘到边缘通信的延迟。最佳密钥生成,更好的加密,最小化的价格以及有效的存储和交互是该模型的其他功能。
更新日期:2020-06-16
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