MIMO systems for military communications

Authors:
Weijun Zhu;Babak Daneshrad;Jatin Bhatia;Hun-Seok Kim;Daniel Liu;Karim Mohammed;Ragh Prabhu;Sandeep Sasi;Anish Shah
Affiliations:
Silvus Communication Systems, Inc., Los Angeles, CA;Wireless Integrated Systems Research Lab, UCLA, EE Dept.;Silvus Communication Systems, Inc. Los Angeles, CA;Wireless Integrated Systems Research Lab, UCLA, EE Dept.;Silvus Communication Systems, Inc. Los Angeles, CA;Wireless Integrated Systems Research Lab, UCLA, EE Dept.;Wireless Integrated Systems Research Lab, UCLA, EE Dept.;Silvus Communication Systems, Inc. Los Angeles, CA;Wireless Integrated Systems Research Lab, UCLA, EE Dept.
Venue:
MILCOM'06 Proceedings of the 2006 IEEE conference on Military communications
Year:
2006

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Abstract

Since the seminal work of Foschini, Gans and Teletar, the research community has generated a large body of work dealing with various aspects and benefits of MIMO for wireless data communications in civilian and commercial systems. Here we focus on the use of MIMO for military communication. In particular the effectiveness of MIMO for: (a) communications under very high mobility such as UAV based communication and, (b) the use of multi antenna techniques for covert (LPD) communications. Our results show the ability to operate at speeds of up to 200 mph, and a 17 dB reduction in the required TX power for covert, LPD communications, in addition to an interference/ jammer mitigation technique based on MIMO eigen beam-nulling.