•Proposed a dynamic programming based optimal charging skip algorithm in mobile social networks where smart phone users are able to skip traditional cable-based charging by utilizing the excess energy from its peers.
•Devised and formulated an optimal stopping theory model for optimal content routing protocol in mobile opportunistic networks where nodes are provided energy as incentives to relay the content.
•Analyzed several techniques for optimal energy distribution in the network and proposed optimal energy balancing protocols for homogeneous and heterogeneous mobile networks.
•Provide mentorship to undergraduate students with their assignments and projects pertaining to Algorithm Analysis and Advanced Data Structures, as well as Computer Architecture courses
