Parab Publications

Communication in Cluster Based Mobile AD Hoc Network: A Reliability Analysis

Dr Parveen Kumari, Prof. Gaurav Aggarwal and Prof. Sugandha Singh

FORMAT:

Paperback and e-book

ISBN

978-81-19585-80-9

DOI

doi.org/10.5281/zenodo.12752337

PAGES

127 pages

PRICE

Rs. 1000/- ($80)

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About The Authors

Dr. Parveen Kumari, is Assistant Professor in Department of computer science and Applications at Ganga Institute of Technology and Management college, Kablana, Jhajjar. She has 9 research papers published in Scopus/Springer conferences/ international and national Journals. Dr. Kumari is a inventive academician and researcher. She has completed her Ph.D Degree in Computer Science and Engineering in year 2021. Her area of research is networking. She has 4 years of academic experience. Dr. Kumari role as a mentor is significant.

Dr. Gaurav Aggarwal, is a prolific academician and researcher. He completed his PhD (Computer Science & Engineering) from Jagannath University in the year 2016. He has a rich experience of over 18 years in the academics. He has presented research papers at various international and national conferences. He has published his research work in various journals, magazines and proceedings of repute. He has organized various International Conferences, Business Summits and Symposiums for various institutes. He has also chaired technical sessions in various National & International Seminars/Conferences at various prestigious forums. His Major subject domains are Software Engineering, Computer Networks and Operating systems. He is a Member of Editorial Advisory Board of Gateway International Journal. Apart from above he is also working as Research Coordinator of Jagannath University and currently supervising 8 Scholars of Computer Science.

Dr. Sugandha Singh, is Professor in Department of Computer Science and Engineering and Dean, Faculty of Engineering and Technology at Shri Guru Gobind Singh Tricentenary University, Gurugram. She is senior member of IEEE, IEEE-CS, IEEE-WIE, IEEE-VTS, IEEE-TCCC, SMC and Engineering Education. Being an administrator, she holds the membership of Computer Science Teacher Association (CSTA), Journal and Event Management System (JEMS), ECEDHA (Electrical and Computer Engineering Department Head Association. In addition to being the author of 05 books, she has 57 research papers published in major SCI/Scopus/Wos International and National Journals and Conferences. She has been rewarded with 05 awards: Best Innovative Teacher from KRA-MSME Registered Organization, Best Sangini Contributor from Air Force Family Welfare Association (AFFWA), and Best Innovator Award from NITI Ayog Savitribai Phule Excellence Awards, Wegrow research excellence award 2024 and Women Leader award in Leadership by Ek Nari 100 pe bhari 2024. On her name, there are 02 patents published, 03 granted, and 01 filed for grant. She reviews papers for IEEE approved conferences, UGC Journals, Journal of Institute of Engineers (India): Series B, and Springer's International Journal of Wireless Information Networks. She has been assigned the title of Cybercrime Intervention Officer by ISAC. She has a background in business analysis and a keen interest in management studies. She has guided 51 Post graduate Students and 3 Doctorate Students. She has 25 years of teaching experience, which includes 15years of administration as well. Her research interests include Engineering Education, IIoT, IoT, Industry 4.0 & 5.0, Wireless Sensor Networks, MANETs, Cognitive Networks, and Business Analysis are some of her research interests.


About The Book

Mobile Ad hoc Networks (MANET) are supposed to provide good quality of services (QoS) under varying capacity of wireless channel with balanced energy consumption. But energy consumption also vary according to network formation. These varying conditions of channel and energy create difficulty in reliable and real time communication in MANETs. For these issues clustering has been taken into consideration where two techniques are used to attain reliable communication in MANET. These techniques are: Use of efficient energy and Quality of Services(QoS)

Mobile ad hoc networks consist the nodes which all are under energy constrained. Here, to reduce the consumption in energy is important. In this work, the main concentration is on the energy efficient communication in MANETs. A new strategy is being proposed for improving Weighted Clustering Algorithm (WCA) and clustering the wireless ad hoc networks. It has been shown that Node Quality based Weighted Clustering Algorithm (NQWCA) exceeds WCA. NQWCA has been proposed that computes the weight of each node within the cluster and node with lowest weight is elected as Cluster Head(CH). It outperforms in terms of network stability and cluster formation.

Mobile Ad hoc Network (MANET) are multi hop wireless networks that result from the cooperative engagement of a collection of mobile hosts without any centralized access point and infrastructure. The various nodes can directly communicate only when participating nodes are located within each other’s radio range. The proposed work has enhanced the energy efficiency. Energy and queue length are QoS factors which provides the better performance in MANET. The combination of these factors are used for the process of route construction. Hence the basic routing protocol AODV is modified in the proposed protocol i.e EQ-AODV (Energy and Queue-AODV) which constructs the routes on the basis of 1) minimum length of nodes queue 2) maximum net energy of nodes.

Mobile ad hoc network is a wireless self organized network. The mobile nodes in the MANET dynamically establish routes among themselves to form their own network in an ad hoc fashion to make the communication between users more reliable. But still there are some challenges which effect the reliability of MANET. In this paper, the main focus is on the use of efficient energy and quality of services to make the reliable communication. Here the proposed solution works on the cluster based energy efficient ad hoc on-demand distance vector (EE-AODV) which gives the better result as compared to the previous proposed EQ-AODV and basic AODV.



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