José M. F. Moura
Awards Board ChairCarnegie Mellon University Pittsburgh, PA, USA Term Ends: 31 December 2016
Hitoshi Kiya
Regional Director-at-Large (Region 10) (Non-Voting)Tokyo Metropolitan University Tokyo, Japan Term Ends: 31 December 2017
Jean-Luc Dugelay
Regional Director-at-Large (Region 8) (Non-Voting)EURECOM Sophia Antipolis, France Term Ends: 31 December 2016
Paulo S. R. Diniz
Universidade Federal Rio de Janeiro Rio de Janeiro, Brazil
Wade Trappe
Regional Director-at-Large (Regions 1-6) (Non-Voting)Rutgers, WINLAB North Brunswick, NJ, USA
Lina J. Karam
Lebanese American University Beirut, Lebanon
Robert W. Heath, Jr.
The University of Texas at Austin Austin, TX, USA
GlobalSIP 2017 Call for Symposium Proposals
The GlobalSIP2017 team is inviting Symposium proposals. It will be held in Montreal, Quebec, Canada on November 14-16, 2017. As a relatively new signal processing society conference, GlobalSIP2017 has a format different from ICASSP and ICIP. It focuses on signal and information processing with the intent of encouraging industry participation and embracing hot or emerging research trends.
What Should We Learn From... Signal Processing for Smart Vehicle Technologies
The invention of the automobile has transformed how people live, work, and interact in society. How will signal processing advance today’s vehicles into “smart” cars that are able to think and contribute to the task of operating a vehicle? The December 2016 issue of the IEEE Signal Processing Magazine provides a venue for summarizing, educating, and sharing the state of the art in signal processing applied to the domain of automotive systems.
Rastogi, Aseem (University of Maryland, College Park), “Language-based techniques for practical and trustworthy secure multi-party computations”
Rastogi, Aseem (University of Maryland, College Park), “Language-based techniques for practical and trustworthy secure multi-party computations” (2016) Advisor: Hicks, Michael
Secure Multi-party Computation (MPC) enables a set of parties to collaboratively compute, using cryptographic protocols, a function over their private data in a way that the participants do not see each other's data, they only see the final output.
