• Communications Networks
• Information Theory
• Signal Processing
• Telecommunications
• Wireless Technology

This expert attended the Politecnico di Torino, Turin, Italy and received a B.S. and Ph.D. in Electrical Engineering. The expert received an M.S. in Electrical Engineering from Princeton University, Princeton NJ.

This expert has experience in communications networks, information theory, signal processing, and telecommunications. The expert also has expertise in wireless technology, CDMA systems and multiuser detection, and modulation and coding. Additional areas of specialty include space-time transmission, reception, coding and signal processing, and joint source-channel coding. Furthermore, this expert offers services in Gaussian MIMO broadcast channel, diversity-multiplexing tradeoff of MIMO facing channels, and information theory as a design driver of modern wireless communication systems.

This consultant has extensive knowledge related to diversity-multiplexing tradeoff of linear MIMO receivers, outage exponent of fading relay channels with partial channel state information and the Gaussian erasure channel. This expert's background includes multidimensional coded modulation in block-fading channels, bit-interleaved coded modulation in the wideband regime, and duality between broadcasting with bandwidth expansion and bandwidth compression. Related experience includes outage analysis and code design for correlated MIMO fading channels, structured lattice space-time trellis coded modulation, and distortion exponents over fading MIMO channels with quantized feedback. Further experience includes quantized vs. analog feedback for the MIMO, MIMO-OFDM broadcast channels, and achievable rates of MIMO downlink beamforming with non-perfect CSI.

This expert also has additional experience in areas including capacity bounds for training-based ultra-wideband systems, signal processing advances in wireless communications, and blind channel identification of terrestrial microwave channels. VLSI implementation of high-speed decoders/quantizers, symmetry properties of block-coded modulation, and personal, indoor and mobile radio communications are also areas of expertise this associate has. This expert also has experience in array processing to MIMO communications, coding and modulation for power-constrained wireless channels, and coding for the fading channel. Further, this expert's experience includes signal processing for multimedia, coding vs. spreading over block fading channels, academic and industrial embrace of space-time methods, and space-time coding.

Consultant, Kevin Kennedy Associates, Inc.

Professor, major university

Professor, Eurecom Institute, Sophia-Antipolis, France

Associate Professor, University of Parma, Parma, Italy

Assistant Professor, Politecnico di Torino, Turin, Italy

Graduate Trainee, European Space Agency ESTEC, Noordwijk, The Netherlands

Research and Teaching Assistant, Politecnico di Torino, Turin, Italy

Has served as associate editor of scientific journals, publications reviewer, book reviewer, technical program chair, session organizer, and technical committee member in numerous instances. This consultant has authored numerous publications including refereed journals, peer-reviewed conference proceedings and book chapters on topics related to and including diversity-multiplexing tradeoff of linear MIMO receivers, outage exponent of fading relay channels with partial channel state information, the Gaussian erasure channel, multidimensional coded modulation in block-fading channels, bit-interleaved coded modulation in the wideband regime, duality between broadcasting with bandwidth expansion and bandwidth compression, outage analysis and code design for correlated MIMO fading channels, structured lattice space-time trellis coded modulation, distortion exponents over fading MIMO channels with quantized feedback, quantized vs. analog feedback for the MIMO, MIMO-OFDM broadcast channels, achievable rates of MIMO downlink beamforming with non-perfect CSI, distortion exponent of some layered transmission schemes, capacity bounds for training-based ultra-wideband systems, signal processing advances in wireless communications, blind channel identification of terrestrial microwave channels, VLSI implementation of high-speed decoders/quantizers, symmetry properties of block-coded modulation, personal, indoor and mobile radio communications, array processing to MIMO communications, coding and modulation for power-constrained wireless channels, coding for the fading channel, signal processing for multimedia, coding vs. spreading over block fading channels, academic and industrial embrace of space-time methods, space-time coding, and more.