Dheena Moongilan of Alcatel Lucent

Distributed wireless base stations are becoming more prevalent as their physical size shrinks and their computing and control functions substantially increase. Distributed wireless base stations operating at the same or different bands will be installed in close proximity. These devices must have the ability to function as intended in the presence of radio noise that is radiated both intentionally and unintentionally from adjacently installed devices. The small in-band electrical noise levels could be a source of interference, and any large signal could completely disrupt their functions. Problems due to coexistence, co-channel interference, and beam forming in a distributed system are emerging research challenges. The manufacturers, service providers, standards organizations, and regulatory bodies have an important role in resolving these radio interference issues. This presentation focuses on the required design techniques for distributed wireless base station immunity hardening, in-band interference controls and complexity in modeling the modern wireless installations. Reference:Dheena Moongilan, “Distributed Wireless Coexistence, Middleware Solutions and Immunity Hardening”, 2013 IEEE International Symposium on Electromagnetic Compatibility (EMC), pages: 682 - 687

Biography:

Dheena Moongilan is a Distinguished Member of Technical Staff at Bell Laboratories of Alcatel-Lucent. He is a Principal EMC design Consultant for Alcatel-Lucent. He has published several papers including 24 formally published IEEE papers on EMC and holds two US patents.. He holds a B. E. in electrical engineering and a M. S. E. E. from the College of Engineering at Madras University in Guindy, India, and M. S. E. E. computer engineering from the Illinois Institute of Technology in Chicago. Dheena won the Symposium Best Paper Award at the 2012 IEEE International Symposium on Electromagnetic Compatibility in Pittsburg PA, USA.

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