Adrian Ambroze
Professor
Faculty of Science & Engineering)
Plymouth University
Spain
Biography
MEng/BEng/BSc/MSc Electrical and Electronic Engineering Programme Manager Admissions/Recruitment Tutor with ESEO Angers at Undergraduate and MSc level Module leader for ELEC140, ELEC142, ELEC238, ELEC239, ELEC518 and participate in the delivery of the ELEC143 Immersive Module. I am currently supervise 11 PhD students. Qualifications PhD in Digital Communications, University of Plymouth (2000) BEng Communication Engineering (First Class Hons) Technical University of Cluj-Napoca, Romania (1996) Professional membership MIEEE (Member of Institute of Electrical and Electronic Enginners) Roles on external bodies Reviewer for: IEEE Transactions on Communications IEEE Transactions on Image Processing IEEE Signal Processing Letters IET Proceedings Vision and Image Processing IET Proceedings Communications. Electronics Letters EPSRC
Research Interest
Source and Channel Coding, Coding with Side Information, Information and Coding Theory. Lossless Data Compression, correlated source coding (Slepian-Wolf and Wiener-Ziv practical code design). Signal Processing (particularly for communications, image and video processing) Satellite and wireless communications as applications of signal processing, coding and modulation design. Communications channels, practical code design and theoretical limits (AWGN, Erasure, BSC and Side-Information AWGN channels, broadcast and distributed source coding) Watermarking as hidden communications with side information at the transmitter
Publications
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Ambroze MA, Martin PA, Tomlinson M & Taylor DP 2015 'Multi-user indoor ultra-wideband wireless communication using polyphase spreading sequences' IET COMMUNICATIONS 9, (5) 585-595 Author Site , DOI
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Mansfield TO, Ghita BV & Ambroze MA 2017 'Signals of opportunity geolocation methods for urban and indoor environments' Annals of Telecommunications 72, (3-4) 145-155 , DOI PEARL
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Al-bayaty H, Ambroze M & Ahmed MZ 2017 'New effective power terms and right-angled triangle (RAT) power theory' International Journal of Electrical Power & Energy Systems 88, 133-140 , DOI