Performance Analysis of Efficient Energy Routing Protocols in MANET

Divya, M.; Subasree, S.; Sakthivel, N.

doi:10.1016/j.procs.2015.07.504

Cited by 13 publications

(6 citation statements)

References 8 publications

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“…The authors (Divya, Subasree & Sakthivel, 2015) have proposed the approach known as minimal total transmission power routing (MTPR), which is the reactive approach to discover a path at minimum total tx power. By using the routing mechanism of MTPR, the path between source and destination is chosen.…”

Section: Cross Layer Designmentioning

confidence: 99%

Implementation of Cross Layer Design for Efficient Power and Routing in UAV Communication Networks

Nawaz¹,

Ali²

2020

STUD INFORM CONTROL

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The unmanned aerial vehicle communication networks (UAVCN) is an emerging technology of wireless communication. By making use of this technology, the swarm of unmanned aerial vehicles (UAVs) forms a network in which the UAVs can communicate with each other and trigger the information for a particular operation of military and civilian applications. The UAV nodes frequently face design issues and power limitations , which affect the routing mechanism. It is a unique challenge for the researchers to introduce the efficient power and routing mechanism that can improve the performance of UAVs' communication networks. However, the concept of cross layer design and efficient power algorithm proposed in this paper increases the performance of UAVCN. The proposed approach integrates the layers 1,2,3 (physical, link, and network). By implementing this kind of approach, an efficient power optimized link state routing (EPOLSR) protocol introduced in this research modifies the conventional OLSR. The EPOLSR and OLSR are implemented and assessed in the first experiment scenario of UAVs communication networks by using an optimized network engineering tool. Moreover, the EPOLSR, OLSR, AODV, and DSR are implemented and assessed in the second experiment scenario. In these testbed experiments, it has been observed that EPOLSR performs better than other routing protocols for UAVs communication networks by increasing the throughput and minimizing the delay.

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Section: Cross Layer Designmentioning

confidence: 99%

Implementation of Cross Layer Design for Efficient Power and Routing in UAV Communication Networks

Nawaz¹,

Ali²

2020

STUD INFORM CONTROL

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“…Because there is no central administration, all activities encompassing finding out the topology of network and conveying messages is carried out by the mobile devices themselves. Therefore, each device of MANET must be enact as steward and router simultaneously [6,7].…”

Section: Due To Enormous Advancement In Technology Of Radio Communicamentioning

confidence: 99%

Multi-Route AODV Protocol in Association with Overhearing Concept for Routes Selection Based on Unified Norm Composed of the Steadiness, Traffic Load and Energy Coefficients for Nodes

Nouh*,

Youssef,

Marei

2020

IJITEE

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Mobile Ad-hoc Network (MANET) considered as one of the major important neoteric directions of wireless networks that allows movable devices to communicate with each other’s at any time anywhere. The main distinctive feature of MANET is its operation does not depend on any type of centralized administration. Due to non-truancy of localized management, devices motion and MANET resources scarcity, routing design mechanisms becoming essential problem that faces MANET until yet. Therefore, this article focuses on performance enhancement for one of most notorious interactive routing schemes that is called Ad-hoc On Demand distance Vector (AODV). Where performance refinement for AODV has been achieved via modification of route creation and maintenance processes, conjunction with overhear concept and getting multiple routes for each source - destination pair, in such a way that reduce energy consumption of nodes, avoiding unnecessary control packets, getting a more stable paths among communication nodes and fulfillment of a balanced traffic load among nodes, leading to elongate life time of nodes. Hence, prolonging life time of network. The proposed algorithm is called, Steadiness, balanced Load and Energy efficient for Multiple paths of Overhear AODV (SLE-MOAODV), where route election depending on unified metric called efficiency factor of node (NEF), which composed of parameters of stabilization, traffic load and energy for node. Functioning appraisal and comparison among proposed algorithm (SLE-MOAODV) and original AODV was carried out utilizing network simulator NS2. Outcome of simulation proved that functioning of proposed scheme outdo the original AODV with regard to: ratio of successfully delivered packets, retard time, routing cost and spent energy of nodes.

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“…the reactive routing protocol. The energy that is required to transmit a packet over a route is stored in a simple energy metric [15]. The main advantage of MTPR is that the energy required to transmit per packet is decreased significantly.…”

Section: B Minimum Total Transmission Power Routing (Mtpr)mentioning

confidence: 99%

Performance Analysis of Energy Routing Protocols in MANET

Haque¹,

Jamal²,

Ahmad³

et al. 2017

IJET

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Abstract-Mobile Ad-Hoc Networks (MANETs) are a collection of energy constraint mobile nodes which forms a frame free network that does not need any centralized governance. The mobile nodes in MANETs are powered by some power sources usually a battery that cannot be recharged in many real life scenarios. The nodes in MANETs are responsible for routing the data in the network. Untied nodes in moveable particularly appointed systems indisputably depend on the dexterous utilization of their power source. This makes the power consumption in terms of power saving one of the most important aspects of MANET that must be taken into account. Several power-aware routing protocols have been proposed in this area to accomplish efficient utilization of energy in MANET. One of which is Efficient Power Aware Routing (EPAR) that prolongs lifespan of nodes in the network. The route that has nodes with highest power is selected by this protocol and the data packets are transmitted with minimum power usage. In this paper, we compare the performances of some of the energy aware routing protocols such as EPAR, MTPR and DSR based on parameters like throughput, delay, network life time and power consumption by varying multicast group size using extensive simulation.Keyword-DSR, EPAR, MTPR, MANET, Power Utilization I. INTRODUCTION MANET (Mobile Ad-Hoc Network) is a kind of network that makes use of radio waves for communication between nodes and allows them to have either direct or indirect wireless interaction. The infrastructure less property of MANETs gives the autonomous nodes the license to reorganize themselves in a kind of way. The nodes in these networks function as a host when it transmits data to other nodes in the network. On the other hand, a node behave as a router when it is an intermediary between two different communicating nodes that are out of one another's radio range which causes them to be incapable to communicate directly. Scenarios that have no static structures like emergency services, disaster management and rescue operations embed the application of mobile ad-hoc networks.In MANET, the route generation is dynamically required for the nodes which are currently active in the transmission of data. Hence, for every transmission in the network, there should be dynamic route generation by the routing protocols. For such networks, the power constraint nature makes it mandatory for the routing protocols to distribute the routes in order to make efficient utilization of power of the nodes [1]. Therefore, designing an appropriate routing protocol in order to reduce the energy consumption of individual nodes in the network is a well-known research problem in MANET. Many applications are there which requires the energy consumption of the nodes to be uniform and the routing protocols to be efficient.In this paper, we plan to study and analyse the performance of some energy aware routing protocols on the basis of certain performance criteria which includes throughput, delay, network lifetime and power consumption using NS2 s...

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Performance Analysis of Efficient Energy Routing Protocols in MANET

Cited by 13 publications

References 8 publications

Implementation of Cross Layer Design for Efficient Power and Routing in UAV Communication Networks

Implementation of Cross Layer Design for Efficient Power and Routing in UAV Communication Networks

Multi-Route AODV Protocol in Association with Overhearing Concept for Routes Selection Based on Unified Norm Composed of the Steadiness, Traffic Load and Energy Coefficients for Nodes

Performance Analysis of Energy Routing Protocols in MANET

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