Design and Performance Evaluation of Energy- Efficient Routing Protocols for Sensor Ad Hoc Networks
B Spoorthi, Neeraj Das, Nidhi Saraswat · 2024
Using sensor advert hoc networks (SAN) in sensor-based applications has led to an elevated need for the design of strength-green direction procedures. This paper provides the layout and overall presentation evaluation of such strength-green SAN direction procedures: a distance-vector protocol (DV) and a fully allotted protocol (FDP). The layout of these procedures becomes guided with the aid of the subsequent targets: to minimize strength consumption, to preserve excessive reliability, and to lessen the manipulation overhead. The DV protocol makes use of a “flood-primarily based” distance vector algorithm to set up precise routes between nodes without using flooding packets. The FDP uses a hierarchical -hop algorithm to path packets from the supply to the vacation spot. Power-efficient direction metrics, along with hop remember, packet loss ratio, and link utilization thing had been used to assess the presentation of the 2 procedures. The effects of the simulations show that the FDP protocol outperforms the DV protocol in terms of energy presentation, reliability, and decreased managed overhead. In conclusion, this paper affords electricity-green SAN direction procedures and offers an empirical assessment of their overall presentation. The consequences propose that the FDP protocol is a viable alternative for accomplishing power presentation and high reliability in SAN.