Date: Tuesday 21 April 2015
Venue: Great Hall 1 & 2
The opening ceremony at ICASSP 2015 will feature an awards presentation. We’re pleased to announce the winners of two IEEE awards to be presented during the opening ceremony, namely the IEEE James L. Flanagan Speech and Audio Processing award and the IEEE Fourier Award for Signal Processing, to Prof Steve Young and Prof. Georgios B. Giannakis, respectively.
2015 JAMES L. FLANAGAN SPEECH AND AUDIO PROCESSING AWARD
Sponsored by the IEEE Signal Processing Society
For pioneering contributions to the theory and practice of automatic speech recognition and statistical spoken dialogue systems.
A highly respected leader in speech and language processing, the innovations developed by Prof. Steve Young continue to advance the state-of-the art in translating spoken words into text. Prof. Young developed the HTK Toolkit for hidden Markov model-based speech recognition, which has become indispensable software in research laboratories worldwide and has served as the basis for training many commercial speech recognition systems. Techniques including decision-tree state clustering and parallel model combination have enabled speech recognition systems that are more robust to additive and convolutional noise. Prof. Young’s research in applying statistical techniques to spoken dialogue systems aims to revolutionize the development of systems that integrate natural conversational speech interactions between users and information systems such as in call centers, mobile devices, and other applications.
An IEEE Fellow, Prof. Young is a professor with the University of Cambridge, Cambridgeshire, U.K.
2015 IEEE FOURIER AWARD FOR SIGNAL PROCESSING
Sponsored by the IEEE Signal Processing Society and IEEE Circuits and Systems Society
|GEORGIOS B. GIANNAKIS For contributions to the theory and practice of statistical signal processing and its applications to wireless communications.
One of the first statistical signal-processing researchers to envision the explosive growth of wireless communications and its resulting signal-processing needs, Georgios B. Giannakis has profoundly impacted the field with many groundbreaking contributions. He was the first to devise a multicarrier communication scheme that was resilient to frequency-selective multiuser and inter-symbol interference. This established blocking as the third important dimension for improving communication performance without altering power or bandwidth. His work on space-time coding for multiple-antenna wireless communications has demonstrated the practicality of multiple-antenna signal processing. Prof. Giannakis also helped pioneer ultra-wideband communications, educating industry and academia on the emerging technology that altered the wireless landscape for performing short-range communications such as in local-area networks.
An IEEE Fellow, Dr. Giannakis is currently an Endowed Chair Professor and director of the Digital Technology Center, University of Minnesota, Minneapolis.