LATEST PROJECTS
Project | 01
Project | 01 A Scheduling policy with Low complexity that can perform optimally in terms of Delay and can achieve throughput optimally in 4G Wireless Networks
In this work, our goal was to develop a scheduling policy for the downlink of multichannel wireless networks (e.g. OFDM based networks). We focus on single-cell with the aim developing a scheduling policy that can perform optimally in terms of delay and throughput with low complexity. Before designing our scheduling policy we make some assumptions on arrival process and develop some sufficient conditions for delay optimal and throughput optimality. Our sufficient conditions allow us to prove that Oldest Packet First (OPF) policies are delay optimal and Maximum Weight in Fluid Limit (MWF) policies are throughput optimal. By carefully combining the policies from the class of oldest packet first and maximum weight in fluid limit policies and by exploring special features of our sufficient conditions, we develop a new hybrid policy which can achieve optimal throughput and optimally perform in terms of delay with low complexity.
Project | 02
Project | 02 Multi-Robot Exploration Using Game Theoretic Concepts
This is Currently ongoing (IISc-DRDO) project, here we have analyzed several existing algorithms in which most of them are not practical algorithms. We have coded these algorithms on NetLogo Platform, we have also created an exploration tool called "CREEP" which helps you analyze the use of game theoretic concepts in the field of multi-robot exploration and also helps you to analyze different exploration algorithms and you can compare those algorithms under a single platform. At this point in time, we are trying to come with a more practically implementable and more efficient algorithm with respect to the above existing algorithms.
Project | 03
Project | 03 ISTAR - Implementation of S/4 HANA for Transforming Administration and Research
ISTAR is a prestigious, major project of DIGITS and is short for Implementing SAP S/4 HANA for Transforming Administration and Research. Project ISTAR is being executed in two waves by DIGITS:
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WAVE 1: Finance & Accounts; Sponsored Projects; HR & Payroll; Stores & Procurement
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WAVE 2: Academics; CCMD; Hostel & Mess Management.