people

Sarat Puthenpura

Puthenpura, Sarat
180 Park Ave - Building 103
Florham Park, NJ


Sarat Puthenpura is Executive Director of  Wireless Network Technology Research, responsible for basic and applied research in next generation wireless network technologies, planning and performance management tools.  He joined AT&T Bell Labs in 1986 and has worked in a number of areas in telecommunication, predominantly in network planning and optimization spanning both wireless and wireline networks; in particular applications of mathematical programming techniques to solve complex problems in these areas.  In addition to R&D activities, he has hands on experience in planning, implementing, and operating AT&T’s joint venture GSM network in India (currently Idea Cellular) from 1995 to 1998. Most recently, he has been leading the creation of an integrated network capacity planning and forecasting platform called NOVA (Network Optimization, Visualization and Analysis), which is extensively used for planning AT&T’s UMTS and LTE Radio Access Networks.

Sarat received B.Tech in Electrical Engineering from IIT Madras and Ph.D. in Electrical Engineering from McMaster University, Canada. In addition to several research papers, he has been the author of a graduate level textbook in mathematical programming ("Linear Optimization and Extensions - Theory and Algorithms", Prentice-Hall, 1991).  He has taught in the Department of Electrical Engineering, Industrial Engineering, and well as in the Graduate School of Management, Rutgers University. He is a Senior Member of IEEE and serves on the editorial board of the IEEE/ACM Transactions on Networking.

 Current research interests:
 
1.     Ultra-dense Radio Access Network – Solutions and architectures that enable and manage the complexity and performance of dense deployment of small cells.
2.     Dynamic Spectrum Technologies – Cognitive radio technologies needed to make optimal use of a mix of spectrum resources.
3.     Next Generation Backhaul for ultra-dense small cells – Cost-effective optical fiber and alternative solutions to optimize small cell backhaul.

Patents

Method And Apparatus For Planning Mobile Switching Centers In A Wireless Network, Tue Dec 25 16:12:30 EST 2012
Method And Apparatus For Joint Optimization Of Dedicated And Radio Access Networks, Tue Jul 17 16:11:05 EDT 2012
Timed Fingerprint Locating In Wireless Networks, Tue Jul 17 16:11:05 EDT 2012
Method And Apparatus For Generating Customized Maps, Tue Feb 21 16:09:22 EST 2012
Method And Apparatus for Designing Radio Access Networks Including Broadband Wireless Links, Tue Apr 19 16:02:03 EDT 2011
Arrangement For Guiding User Design Of Comprehensive Product Solution Using On-The-Fly Data Validation, Tue Mar 30 15:50:24 EDT 2010
Method And Apparatus For Evaluating Optimal Access Providers For Long-Haul Communication Providers, Tue Oct 27 15:38:49 EDT 2009
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