Stanford Networking Seminar

12:15PM, Thursday January 29, 2009
Gates 104


Heterogeneous Networks - A New Paradigm for Improving Cellular Capacity
 

Dr. Avneesh Agrawal
Qualcomm


About the talk:
 
Embedding pico/femto base-stations and relay nodes in a macro-cellular network appears to be one of the most promising techniques for achieving substantial gains in system capacity per unit area as well as cell-edge user throughput in wireless cellular communication systems. Networks with co-channel deployment of different types of base stations are referred to as heterogeneous networks. Introduction of these highly disparate base-station types on the same wireless channel challenges some of the established paradigms in cellular system design, and necessitates advanced interference coordination along with other novel optimization techniques to realize the full potential of such a heterogeneous cellular infrastructure. This talk highlights some of the problems that need to be solved in order to maximize the capacity and cell-edge performance of heterogeneous cellular networks, and highlights a few promising approaches that could be developed further, in order to address these problems in an effective manner.

 

About the speaker:
 
Dr. Avneesh Agrawal is Senior Vice President in the Office of the CTO for QUALCOMM Incorporated. In this capacity, he executes on QUALCOMM's technical strategy with respect to next-generation wireless technologies. He is currently the technology lead for 3gpp LTE, leading both the research and product development efforts. Prior to his current position, Dr. Agrawal co-led QUALCOMM's Corporate R&D where he researched new technologies in the field of wireless communications. He also led the QUALCOMM Technology and Ventures (QT&V) group responsible for making strategic investments in early-stage high-technology ventures. Dr. Agrawal holds a Bachelor of Science degree in Computer Systems Engineering and Master of Science and Ph.D. degrees in Electrical Engineering, all from Stanford University.