基于社会感知和延迟容忍方法的可持续下一代网络设计

Ambreen Memon, Jeff Kilby, Rashmi Munjal, M. E. Villapol
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摘要

随着智能手机的日益普及,新的服务不断涌现,其中本地和定位方面变得更加重要。此外,新的路由算法正在开发基于各种网络技术,如延迟容忍网络(DTN),设备对设备通信,机会网络等。DTN分为稳定和不稳定两种,是源节点和目的节点之间的连续路径。在这里,通信是通过存储和继承范式上的中间中继节点来传递消息的。在这项工作中,可持续能源延迟容忍方法(SEDA)考虑了节能数据传输的节点移动模式。该路由模型基于节点信息的适当使用,以及节点的移动性和数据传播的联系人。下一步是运用一些技术来预测下次相遇最可能的位置。我们将设计并实现一个社会关系感知的路由关系——将社会关系感知作为路由矩阵的一部分。我们假设大多数节点的运动都包含在不同数量的社会联系中;因此,消息传递到目的地的概率更高。仿真结果表明,所提出的路由协议通过减小网络规模和距离来提高发送率,同时也影响了节能。
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Sustainable Next-Generation Network Design using Social Aware and Delay Tolerant Approach
With the ever-growing popularity of smartphones, new services are emerging where the local and positioning aspects become more important. Additionally, new routing algorithms are being developed based on various networking technology such as Delay Tolerance Networks (DTN), Deviceto- Device communication, Opportunistic Network, etc. DTN is categorized as stable and unstable, a continuous path between the source and the destination node. Here, communication is done by carrying the message through the intermediate relay node on the store and carry forward paradigm. In this work, a Sustainable Energy Delay Tolerance Approach (SEDA) considers nodes mobility patterns for energy-efficient data transmission. This routing model is based on the appropriate usage of node information along with node mobility and its contacts for data dissemination. Next step is applying some techniques to predict the most likely position for next encounter. We will design and implement a social relation-aware routing relation-awareness the social relation as a part of the routing matrix. We assume that most of the movement of nodes are included in various numbers of social contacts; therefore, there is a higher probability of message delivery to the destination. Simulation results show that the proposed routing protocol improves the delivery ratio by reducing network size and distance, which also impacts energy saving.
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