In short, SAVI will advance a new, interactive paradigm for conducting research well into the future.
Representatives from three SAVIs participated in today's announcement, attended by researchers, academics, government officials and representatives from the diplomatic community in Washington, D.C., held at the NSF headquarters in Arlington, Va. Early experiences bode well for the success and expansion of the program.
Alhussein Abouzeid from Rensselaer Polytechnic Institute described a pilot project that provides a platform for building long-term research and education collaboration between countries whose researchers lead the field of wireless networking. Wireless Institute Between Finland and the United States (Wi.Fi.US) connects six active NSF awards at nine U.S. institutions in the area of dynamic radio spectrum access with a Finnish counterpart team. "Wireless mobile broadband is the next transformation in information technology that has the potential to significantly enhance many essential aspects of our daily lives including health, productivity and safety," said Abouzeid. Teams will rely on complementary and multidisciplinary expertise to tackle the fundamental science, engineering and economic challenges in building reliable accessible high-speed wireless networks, "including innovations for unlocking the value of the underutilized wireless spectrum," he explained.
Jill Pipher from Brown University introduced the audience to the Virtual Institute for Mathematical and Statistical Sciences (VI-MSS), especially important to innovation in this data-centric world. VI-MSS connects two existing NSF-funded national mathematical and statistical research institutes with several Indian research institutes, capitalizing on the strengt
|Contact: Lisa-Joy Zgorski|
National Science Foundation