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Ashok K Chikaraddi

Work place: K L E Technological University, Hubli, Karnataka, 580031, India

E-mail: chikaraddi@kletech.ac.in

Website:

Research Interests: Big Data Analytics, Cyber Security, Wireless Sensor Networks

Biography

Ashok K Chikaraddi graduated B. E (CSE) M. Tech (CSE) and Ph.D. from V T U Belgaum. Presently working as Assistant Professor in Department of Computer Applications, K L E Technological University, Hubli. He also worked as Dy. COE in B V B C E T (Autonomous) and K L E Tech. He also worked as a Committee member of BOE, BOS, MPC. He has published papers in National and International Conferences / Journals in reputed indexing of Scopus, Web of Science, and Google Scholars. Also published two patents. Reviewed IEEE papers. He is a Life Member of Professional Organizations such as the Institute of Engineers (IE), and Indian Society for Technical Education (ISTE) also. He received ISTE- SRMC National level award in 2015 organized by AICTE-ISTE Chapter Chennai. Guided many Undergraduate and Postgraduate student projects. His areas of interest include Wireless Sensor Networks, Cyber Security, AI, and BIG data analytics.

Author Articles
Scheduling and Queuing Strategies for Energy Efficient Routings in WMSNs

By Ashok K Chikaraddi Meena S Maralappanavar Suvarna G Kanakaraddi Vishwanath Chikkareddi

DOI: https://doi.org/10.5815/ijwmt.2024.04.05, Pub. Date: 8 Aug. 2024

The single-path transmission protocols, cause throughput degradation for multimedia applications, considering the limited bandwidth and energy constraint of multimedia sensor nodes. Congestion on the network is a result of the issue of transferring a large amount of data. For multimedia data with low reliability, single path routing necessitates real-time Quality of Service (QoS) parameters and large bandwidth congestions that arise in intermediate nodes due to low memory. Consequently, leading to queuing delays and packet loss. Each chosen path must independently fulfill the corresponding QoS criteria while building the multiple paths for a multimedia application. Finding multiple paths with low path costs and high reliability while achieving application-specific QoS parameters is the aim of the effort.

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