Shoab A Khan

 

Title Future of Connectivity: Mobile Ad Hoc Network Enabled Software Defined Radio
Abstract

Software Defined Radio (SDR) is the technology that provides a high level of cognition to communication and connectivity to a broad spectrum of applications. High-end applications require a very flexible platform consisting of a number of programmable processors like Digital Signal Processors (DSPs), Field Programmable Gate Arrays (FPGAs) and General Purpose Micro-Controllers. These systems still have few Application Specific Integrated Circuits (ASICs) for SDR specific functionality. The requisite flexibility and high-data rate require SDR to have super computing power in a small form factor. The SDR in Mobile Ad Hoc Network configuration would also require each radio to have networking functionality. As there are no base station or infrastructure for forming a network and each SDR should also exhibit the same behavior, this require an SDR to have the relevant functionality of a base station and mobile switching center (MSC) for mobile networking.  Further to this the network should also be able to self-healing and self-forming along with over the air management & up-gradations. The cognition also enable them to provide high-data rate in multiple network forming capabilities for multimedia applications. Each layer of TCP/IP protocols in mobile ad hoc network setting invites innovative solution for effective operation. Examples are a number of networking protocols, Medium Access Control (MAC) and Link Layer protocol specific to SDR based mobile ad hoc network for simultaneous voice and data applications. Many application would also require guaranteed security. This needs red-black separation ensuring no access to un-encrypted data from an open interface or from the air. The security and networking also requires Network management and key management solution.  The intended talk on SDR would address all the areas for students and practitioners to consider it for research and development. I envisioned a time will come when SDR would take over a significant commercial mobile space for ease and economical operation

Bio

D­­­r Shoab Khan received his PhD from Georgia Tech USA in 1995. While in US he has worked for Scientific Atlanta, Picture Tel and Cisco System on cutting edge products. His research focus is on Application of Signal Processing in Digital Design, Digital Communication, Biomedical Engineering and Data Mining.        Dr Khan is an inventor of 5 US patents, contributed 280+ international publications and authored a world class text book on Digital Design of Signal Processing System published by John Wiley & Sons.    He is a professor of Computer Engineering at NUST College of EME. He is also founder of CASE and CARE. CASE is a primer engineering institution whereas CARE, under his leadership as CEO, has risen to be one of the most profound high technology engineering organizations in Pakistan.  CARE has made history by winning 13 PASHA ICT awards and 10 Asia Pacific ICT Alliance Awards while competing with the best technologies from Asia Pacific Region.    Dr Shoab has been awarded with numerous honors and awards. These include Tamgh-e-Imtiaz Pakistan, HEC best researcher award, NUST best teacher award and NCR National