Comparative Study of Speed Protocols in Wireless Sensor Network

Abstract

Wireless sensor network (WSN) [1] is based on distributed event-based system that is different from the traditional communication network. The main goal of the network is to deliver a data packet with the highest efficiency and quality of service. In WSN, Quality of service (QoS) [2] is an important performance indicator, therefore the QoS routing protocols are designed to provide more efficiency and quality of service. Here they concentrate on SPEED [3] protocol (Stateless Protocol for End to End Delay) is a QoS based protocol and which provides efficiency, softness-real time communication, desired delivery speed and a low overhead over the network. MMSPEED [4] is another multi-path multi SPEED protocol, which provides more efficiency and minimal control overhead over the network. This paper represents SPEED protocol and a comparative study on several versions of SPEED protocols.

E-FEERP: Enhanced Fuzzy Based Energy Efficient Routing Protocol for Wireless Sensor Network

“…It divides the whole network area into two sub-networks called sub-clusters, then further divide into more smaller clusters, till the desired number of clusters is achieved. To provide complete coverage all across the field, CHs are positioned at a maximum distance [14]. This technique employs a CH-to-CH multiple hop data transmission policies to determine the most energyefficient transmission path.…”

A Survey on Real-Time Communications in Wireless Sensor Networks

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