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OUTAGE PROBABILITY OF ENERGY HARVESTING RELAY-AIDED COOPERATIVE NETWORKS OVER RAYLEIGH FADING CHANNEL

Category : Communication


Sub Category : RELAY


Project Code : ITCM10


Project Abstract

Energy harvesting technique is a potential way for relay node energy supply in cooperative networks in the respect of deployment flexibility and maintenance charge reduction. However, unlike traditional power source, it is intuitive that the fluctuation of harvested energy flow can degrade the benefit resulted from relay-aided cooperative transmission. To this end, this paper focuses on the performance analysis of energy harvesting relay-aided cooperative network under slow fading channel from a perspective of outage behavior, and attempts to derive the closed-form expression of outage probability of the proposed cooperative protocol. Compared with simple direct transmission protocol, it is proved that a multiplicative gain for improving system performance in terms of minimizing outage probability can be obtained by energy harvesting relay-aided cooperative transmission. In particular, if there are multiple available relay nodes around the environment or the energy exhausted probability of relay node is small, it is very profitable to employ relay-aided cooperative transmission protocol.

EXISTING SYSTEM

PROPOSED SYSTEM

EXISTING CONCEPT

The outage probabilities of traditional direct transmission protocol

       cooperative networks with constant power source

PROPOSED CONCEPT

 cooperative networks with energy harvesting relay

EXISTING TECHNIQUE:

Direct Transmission Protocol

PROPOSED TECHNIQUE:

on-off Markov model was proposed to characterize the stochastic property of harvested energy flow.

TECHNIQUE DEFINITION:

traditional direct transmission protocol

 

TECHNIQUE DEFINITION:

Markov based energy harvesting model

Drawbacks

High outage probability

    Reduced system performance

ADVANTAGES

Minimizing outage probability

to improved system’s outage performance in some fading channel scenario.

Improve Effective Throughput

 
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