Depth-based Adaptive and Energy-aware (DAE) Routing Scheme for UWSNs
Journal Title: EAI Endorsed Transactions on Energy Web - Year 2017, Vol 4, Issue 17
Abstract
A successful development of UWSN in different areas is going on where a continuous and remote examining, detection and monitoring required under the water. Ample of research papers have been available that emphasis on different parameters such as energy consumption, throughput, stability period, end-to-end delay in UWSNs. In our research, we focus on the decrease of endto-delay, increase its stability period and throughput as well as load balancing of motes. In order to attain our objective we propose a scheme called DAE with major goal to implement the technique of anycasting. Finally we compared DAE with two existing protocols DBR and AMCTD. The performance of DAE is much efficient than these schemes in various parameters. Outcomes shows that the throughput and stability period of DAE are much better than DBR as well as AMCTD and these results are achieved with minimum delay.
Authors and Affiliations
Saqib Shahid Rahim, Sheeraz Ahmed , Fazle Hadi, Ayub Khan, M. Usman Akhtar, Lailma Javed
Keywords
Related Articles
- EP ID EP45213
- DOI http://dx.doi.org/10.4108/eai.10-4-2018.154449
- Views 271
- Downloads 0
An Energy-Efficient Self-Organization Routing Strategy in Tree Networks
This paper proposes a new self-organization and topology dynamic adjustment strategy. Network nodes broadcast packets to select child nodes and non-network nodes collect packets to join in network. During the self-organi...
Thermal processes of the isolating materials in problems of nondestructive diagnostics of the main and power supply systems
Methods of calculation of thermal processes of the isolating materials are considered, in problems of nondestructive diagnostics of the main and distributive power stations. Theoretical justification of calculation of th...
A comparative study based on the Genetic Algorithm (GA) method for the optimal sizing of the standalone photovoltaic system in the Ngoundiane site
We study a sizing method using Artificial Intelligence Techniques (AI) to find the optimal sizes of a standalone photovoltaic system in Ngoundiane, Senegal. The sizing of the PV system is considered here as a mono-object...
A quaternion-based Attitude Estimate System Based on a Low Power Consumption Inertial Measurement Unit
Accurate and real-time tracking of the orientation or attitude of rigid bodies has traditional applications in robotics, aerospace, underwater vehicles, human body motion capture, etc. Towards human body motion capture,...
Control of energy efficient belt conveyor gearless drummotor
There is a tendency for simplifying the construction of gears. Many manufacturers design gearless electric drives for power mechanisms like traction. Rejection of mechanical transmission and replacing obsolete induction...