Assoc. Prof. Richa Sharma
JK Lakshmipat University
Biography: Dr. Richa Sharma is an Associate Professor of Mathematics in JK Lakshmipat University, Jaipur. She received her M. Sc. and Ph. D. degrees in Mathematics from Dr B. R. Ambedkar University, Agra. She was awarded for the “Best Researcher Award” at Jaipur during September 24, 2023, “Best Researcher Award” at Jaipur during September 13, 2020, “Bharat Excellence Award” at Delhi during February 24, 2019, “Leading Educationist of India Award” at Delhi during February 24, 2019, “Best Paper” at Jaipur during February 1-3, 2019, “Excellent Service Award” at Jaipur during September 10, 2017, “Young Faculty in Science Award” at Chennai during July 8, 2017, “Certificate of Merit” at Hong Kong during March 18-20, and “Best Paper Presentation Award” at Meerut during March 24-26, 2011, respectively. She was appointed as reviewer of many reputed international journals. She has twelve years of research and teaching experience. Her research area includes queueing theory, probability theory, reliability theory, stochastic modelling and optimization. She has published fifty-three research papers in refereed International/National journals and conference proceedings. She has also published one patent by Government of India. She has participated and presented her research papers in fifty-nine International/National conferences, workshops and training programs and coordinated two training programs. She has presented her research work in various international conferences held at Politecnico di Milano, Italy; Zhejiang Sci-Tech University, Hangzhou, China; Hong Kong, Turkey, and Kathmandu, Nepal.
Title: Analysis of Signals in Communication System under Buffer Handover Scheme: A Queuing Approach
Abstract: This study deals with the queuing of handoff signals (HS) and originating signals (OS) under buffer size having several data buses for the communication of signals. Service of signals is done according to first come first serve (FCFS) discipline. On the other hand, when a priority signal arrives then buffer hand overs that signal to data bus and interrupt the communication of on-going signals. Moreover, the buffer handover scheme (BHS) has taken into the consideration for dealing the communication model. Further, we employ Runge Kutta (RK) method for determining various performance measures of communication system such as blocking rate of priority signal, traffic of HS and OS in the system and many more. At last, conclusions are given.