Abstract
The advancements made in the wireless sensor networks have enabled the research communities to delve into the study of spatial reusability concepts. Due to the restricted capacity in wireless links, it is a significant to select the optimal route for packet transmission. The achievement of optimal route selection is verified by the high end-to-end throughput rate. Routing in WSNs is very challenging due to the inherent characteristics that distinguish these networks from other wireless networks like mobile ad hoc networks or cellular networks. In this paper, we have proposed an improved spatial reusability process using Single Path and Anypath Routing Protocols (SSAAR). The task of single path routing is to minimize the cost of the nodes in wireless links, whereas the task of any path routing is to assists the intermediate node who overhears the packet to participate in packet forwarding. Experimental results have shown the efficacy of our proposed work in terms of cost minimization functionalities. Keywords: Cost Minimization, Packet Forwarding, Single Path and Anypath Routing Protocols, Wireless Sensor Networks, Wireless Links
Highlights
The research on wireless technologies has developed a greater impact among the network users[1]
3.2.3 Spatial Reusability Aware- Anypath Routing Protocols (SR-APRP): The role of anypath routing protocols is to pick the set of source, intermediate and destination nodes, so as to achieve better packet delivery with cost minimized factor
Routing is the significant task due to the inherent characteristics that distinguish these networks from other wireless networks
Summary
The research on wireless technologies has developed a greater impact among the network users[1]. Energy availability and reliability are the most prominent issues faced in the multi-hop wireless sensor networks. In order to achieve better reliability, the availability of energy among the nodes is a significant factor. The transformation of packets between failure nodes can affect the performance of the networks. The two paths, viz, primary path and protection path are used for routing analysis. Primary path deals with failure nodes whereas protection path deals with reserved request[8]. The ability of multipath routing schemes in providing a better QoS in transferring multimedia applications such as voice, video and data, has been proved in a number of previous studies, such as in[6]. It performs two paths for processing the data. If some network criteria are satisfied, it is possible to use a same link to protect multiple primary paths.
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