SURENDRA RAHAMATKAR

Principal & Professor - Shree Rayeshwar Institute of Engineering & Information Technology

Web Page: http://www.ritgoa.ac.in/principal.php
Educational Qualification
From 2008 to 2012, PhD in Computer Engineering , India
From 2005 to 2007, MTech in Computer Engineering , India
From 1994 to 1998, BE in Computer Engineering , India
Research Interests
Time synchronization in Wireless Sensor Networks
Target Detection System in Ad hoc Network
Termination Detection in Distributed System
Advance Operating Systems
Object Oriented Design & Analysis
Object Oriented Software Engineering
Work Experience
From 2013 to Present, Principal & Professor , RIT, Goa - Goa University
From 2010 to 2013, Professor & Dean , NIT, Nagpur - Nagpur University
From 2009 to 2010, Associate Professor , Institute under RGPV, Bhopal
From 2007 to 2009, Associate Professor , Institutes under UPTU, Lucknow
From 1999 to 2007, Asst. Professor , UPTU/MCET/GEC
Projects
From 2008 to 2012, “A Light Weight Time Synchronization Approach in Sensor Network” – Tree Structured Referencing Time Synchronization Scheme
In our research work first we suggested an algorithm to be used by each sensor node to efficiently flood the network to construct a logical hierarchical structure from a designated source point then proposed a Tree Structured Referencing Time Synchronization (TSRT) scheme to minimize the complexity of the synchronization, which works in two phases. First phase used to construct an ad hoc tree structure and second phase used to synchronize the local clocks of sensor nodes. The goal of the TSRT is to achieve a network wide synchronization of the local clocks of the participating nodes. The proposed TSRT scheme is further extended for multi-hop Time Synchronization which works on two phases as similar to TSRT followed by network evaluation phase.
From 2012 to Present, Target Detection System (TDS) for Enhancing Security in Ad hoc Network
Intrusion detection techniques for cooperation of node in MANET have been chosen as the security parameter. This includes Watchdog and Path rater approach. It also nearby Reputation Based Schemes in which Reputation concerning every node is measured and will be move to every node in network.
From 2013 to Present, A Comparative Study & Analysis of TSRT - A Lightweight Time Stamp Synchronization Approach In Wireless Sensor Network
During this Research work we found that time synchronization in wireless sensor networks cannot be characterized by a single and narrow definition, therefore, we proposed an adaptable design space to synchronize the time stamp in Wireless Sensor Networks. We found that TSRT is light weight and more energy efficient approach, due to the requirement of minimum number of message exchanges to synchronize the network. Finally, we described our experience in applying our new methods and directions for further work.
Selected Publications