QoS Achieving Sector Based Congestion Control Protocol in Wireless Sensor Networks
Keywords:
Sector based congestion control algorithm (SBCCA), Sector head, Quality of Services (QoS), Wireless sensor networks (WSNs), Ad-hoc on demand distance vector routing protocol (AODV), Carrier sense multiple access (CSMA), Time division multiple access (TDMA).Abstract
The current innovation pertains to an info acquiring mechanism for wireless sensor networks. The goal is to enhance Level of Performance in wireless sensor networks with applying bandwidth management sectoring techniques that decrease sensor node usage of energy. The nodes are distributed periodically throughout the system. There are several sectors constructed based on a comparable amount of sector heads. There is a single sink node that takes information from the sector leaders. Common nodes are distributed at randomly to transfer information to the corresponding level 1 node across a sector. Thus, channels for communication are managed, and network activity is controlled. The sector-based congestion reduction method fulfils different quality-of-service criteria for wireless sensor networks. Qualities of Service indicators include time (delay), energy utilization, delivery ratio, loss ratio, and throughput. This study describes the optimal methodology for accurate information distribution in wireless sensor networks. This is intended to achieve optimum QoS for wireless sensor networks. We have achieved QoS of WSN’s like PDR, PLR, Throughput, Energy efficiency, Delay etc. This paper will be useful for new a researcher who wants to work on congestion control parameters of real time applications.
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