Wireless@MIT aims to take the lead in next-generation wireless networks and mobile computing
The Massachusetts Institute of Technology is aiming for a leadership position in mobile technology with the launch on Thursday of its latest research center, Wireless@MIT.
Also known more formally as the MIT Center for Wireless Networks and Mobile Computing, the new organization pulls together more than a dozen MIT professors and their research groups to work on next-generation wireless networks and mobile computing.
The work done at the center is designed to make an impact on technology users: Wireless@MIT trumpets a “strong industrial partnership” with Microsoft, Cisco, Intel, Telefonica, Amazon, STMicroelectronics and MediaTek — and says it aims to influence standards and products.
Among the biggest challenges facing mobile technology today — and which the center aims to address — are the spectrum crunch and the massive scale created by a burgeoning population of mobile devices, said Hari Balakrishnan, the center’s co-director, at a launch event at MIT in Cambridge. Another problem is that the Internet was designed in a world that was largely static; “mobility is an afterthought,” he said.
One of the center’s first projects will be a prototype wireless network deployed campus-wide at MIT. The plan is for the network to provide functional network service to users while also serving to demonstrate innovations developed by center researchers.
Co-director Dina Katabi won recognition earlier this year (along with colleagues Haitham Hassanieh, Piotr Indyk, and Eric Price) for work on a speeded-up Fourier transform, which revs up this commonly used signal processing algorithm by a factor of ten and allows streams of data to be processed more quickly.
At the center’s launch on Thursday, Katabi emphasized the holistic approach that the multidisciplinary organization will take to bringing mobile technologies forward. Currently, each of the components that make up mobile systems were designed separately; “each on its own is good, but the system is suboptimal,” she said. For example, video codecs now in use were designed for static use in DVDs and CDs, but mobile channels introduce errors and packet loss — “so of course the video is going to glitch and stall.” A better approach, she said, is to take a holistic view and optimize the whole system.