Energy evaluation of AID protocol in Mobile Ad Hoc Networks

Bakhouya, Mohamed; Gaber, Jaafar; Lorenz, Pascal

doi:10.1016/j.jnca.2015.08.004

Cited by 10 publications

(4 citation statements)

References 31 publications

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“…Careful estimation of packet size and buffer size helps in minimizing the delay, improving the capability of receiving packets in the correct order and reducing out-of-order packets in the buffer at intermediate nodes, this approach also controls the loss of multimedia data packets during transmission. In [25] Bakhouya et al evaluated and compared an adaptive information dissemination (AID) algorithm with other MANETs broadcasting protocols with respect to the energy efficiency. In AID, each node can dynamically adjust the values of its local parameters using information from neighboring nodes without requiring any additional effort, such as distance measurements or exact location-determination of nodes.…”

Section: Related Workmentioning

confidence: 99%

EEPR-OLSR: an Energy Efficient and Path Reliability protocol for proactive MANET routing

Sahnoun

Habbani

Abbadi

2022

Int. j. commun. netw. inf. secur.

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Routing in Mobile Ad-hoc Networks has received a lot of attention due to the challenges posed by the self-organizing nature of the network, the dynamic topology, and the unreliable wireless medium. One of the most critical issues for MANETs is how to increase network lifetime, since nodes are typically battery powered. In this paper we consider the proactive MANET protocol OLSR to improve the network lifetime, we propose a novel multiple metric routing scheme for MANET, based on energy efficient and path reliability metrics, integrating it to standard OLSR, named Energy Efficient and Path Reliability OLSR (EEPR-OLSR), in which we investigate cross layer parameters that effect the network lifetime and a prediction-based link availability estimation is introduced. Simulation results, by NS3 simulator, show that the proposed EEPR-OLSR provides significant performance gains in both the network lifetime and packet delivery ration (PDR), compared to the standard OLSR.

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Section: Related Workmentioning

confidence: 99%

EEPR-OLSR: an Energy Efficient and Path Reliability protocol for proactive MANET routing

Sahnoun

Habbani

Abbadi

2022

Int. j. commun. netw. inf. secur.

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“…However, simple broadcast by flooding is generally costly and outcomes in intense redundancy and collisions in the network, this type of state has regularly been referred to as a broadcast storm problem [20]. To solve the broadcast storm issue, a series of threshold-based broadcasting schemes had been proposed [17]. Below, we review two representative schemes: the parameter-based scheme which depends upon certain threshold (e.g., distance, redundant message counts, or broadcast probability) values to estimate the network density in [15,16].…”

Section: Related Workmentioning

confidence: 99%

New Adaptive Rebroadcasting Using Neighbour Learning for Wireless Nanosensor Networks

Oukhatar¹,

Ouadghiri²,

Bakhouya³

2020

IJC

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Wirelesse Nanosensor Networks (WNSNs) contain a large number of independent and mobile nanodevices assembled with nanotransceivers and nanoantennas to work in Terahertz frequency band (0.1-10THz). These nanodevices exploit the properties of modern nanomaterials to recognize new varieties of events at the nanoscale, such as the presence of harmful viruses or bacteria and the detection of low concentrations of chemical and harmful gas molecules. Communication between nanonodes can be established by using molecular or electromagnetic communication approaches. One of the major problems of wireless nanosensor networks is the limited resources of nanodevices (e.g., computation, memory and power). On the other hand, such limited capacity cannot simply ensure communication between nanonodes using the flooding mechanism, which affects network performance and increases resource utilization. This paper considers the electromagnetic-based wireless nanosensor networks, and proposes a New Adaptive Probabilistic Based Broadcast Using Neighborhood Information. Simulations have been conducted using Nanosim simulator in order to compare our new schemes with the fixed probabilistic based broadcast. The experiments show that the proposed approach gives good results in terms of Packet Delivery Ratio (PDR reached 95%.), the amount of energy consumed (significantly reduced) for all the categories of density. No startup setup is required: the nanonodes adjust by themselves the broadcasting probability based on neighborhood collected information.

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“…The ECLIDAR Algorithm was able to detect both known and unknown attacks, and adaptive response action was provided based on the severity of the attacks. |Broadcast storm in MANET using adaptive information dissemination (AID) algorithm was reduced by [7]. Each node can dynamically adjust the values of its local parameters using information from neighboring nodes.…”

Section: Related Workmentioning

confidence: 99%

RTDSR protocol for channel attacks prevention in mobile ad hoc ambient intelligence home networks

et al. 2018

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In ambient intelligence home networks, attacks can be on the home devices or the communication channel. This paper focuses on the channel attacks prevention by proposing Real Time Dynamic Source Routing (RTDSR) protocol. The protocol adopted the observation based cooperation enforcement in ad hoc networks (oceans) and collaborative reputation mechanism built on Dynamic Source Routing (DSR) protocol. The RTDSR introduced lookup table on the source, destination and intermediate nodes. It also ensures that data path with high reputation are used for data routing and a monitoring watchdog was introduced to ensure that the next node forward the packet properly. The RTDSR protocol was simulated and benchmarked with DSR protocol considering network throughput, average delay, routing overhead and response time as performance metrics. Simulation result revealed a better performance of RTDSR protocol over existing DSR protocol.

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Energy evaluation of AID protocol in Mobile Ad Hoc Networks

Cited by 10 publications

References 31 publications

EEPR-OLSR: an Energy Efficient and Path Reliability protocol for proactive MANET routing

EEPR-OLSR: an Energy Efficient and Path Reliability protocol for proactive MANET routing

New Adaptive Rebroadcasting Using Neighbour Learning for Wireless Nanosensor Networks

RTDSR protocol for channel attacks prevention in mobile ad hoc ambient intelligence home networks

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