US-W-P
Bandwidth Efficient Modulation
Howlader, Mostofa ORGANIZER: Howlader, Mostofa
This session focuses on some of the challenges facing the design of bandwidth efficient modulations and their solutions with performance analysis. Both bandwidth and power constraints present challenges to waveform and modulation design for wireless communication links. Relevant papers study issues like performance analysis of QAM receiver over fading channel and finite series representation for CPM. The papers also covers SBQPSK modulation with adjacent channel interference, performance of noncoherent mMCSK-mMFSK modulation, performance of CPM waveforms in interference , and reduced complexity detection of SOQPSK.
Dr. Mostofa K. Howlader is an Assistant Professor in Electrical and Computer Engineering department of Marquette University. His specific research interests within the field of communications are space-time coding/processing, turbo code, spread-spectrum, interference cancellation/suppression, UWB, OFDM systems, BW efficient modulation, cognitive radio, frame synchronization, and propagation. He is interested in the development of signal processing techniques for communications and their practical implementation on flexible signal processing architectures. He has published 60 peer reviewed journals and conference papers on those areas. He has been involved in IEEE communication conference organizations and journal reviews. He was a vice chair of Wireless Symposium, IEEE GLOBECOM05 and was a session chair, organizer, and TPC member of IEEE MILCOM05, WCNC04, ICC04, GLOBECOM04, MILCOM04, ICC02, VTC02, MILCOM02 and MILCOM01. He received his Ph.D. from Virginia Tech, MS from University of New Orleans, and BS from Bangladesh Engineering University (BUET), respectively, all in Electrical Engineering.