The
center focuses on developing new solutions that enable
communication-intensive applications across large numbers of wireless
and mobile devices.
Members: David Clark, Devavrat Shah, Dina Katabi, Hari Balakrishnan, Jonathan Perry, Keith Winstein, Kermin Elliott Fleming, Peter Iannucci, Swarun Kumar, Yury Polyanskiy
Research: 802.11n+ : Random Access Heterogeneous MIMO Networks, Efficient and Reliable Backscatter Networks, MegaMIMO: Scaling Wireless Capacity with User Demands, SoftCast: A Cross-Layer Design for Scalable Mobile Video, Spinal Codes, TIMO : Making 802.11n Robust to Cross-Technology Interference |
The
center explores and develops distributed application designs that work
across mobile devices and compute/storage clouds. This research includes
new programming models, abstractions, and communication protocols for
mobile environments.
Members: Fadel Adib, Jue Wang, Keith Winstein, Shyamnath Gollakota, Swarun Kumar
Research:
802.11n+ : Random Access Heterogeneous MIMO Networks, Aggregation in Dynamic Networks, Alfalfa: real-time interactive protocols that work well over wireless networks,CarSpeak: A Content-Centric Network for Autonomous Driving, Code In The Air - Simplifying Sensing and Coordination Tasks on Smartphones, Efficient and Reliable Backscatter Networks, MegaMIMO: Scaling Wireless Capacity with User Demands, Mosh: mobile shell, SoftCast: A Cross-Layer Design for Scalable Mobile Video, TIMO : Making 802.11n Robust to Cross-Technology Interference, Traffic-Aware Techniques to Reduce 3G/LTE Wireless Energy Consumption, Wi-Vi: See Through Walls with Wi-Fi Signals |
Having
a secured site is an integral part of offering quality service, when a
customer does not have to worry about downtime or important financial
information being stolen when accessing your site; they are most likely
to obtain product or service from you.
Members:
Dina Katabi, Keith Winstein
Research:
IMDShield: Securing Implantable Medical Devices, TEP: Secure In-Band Wireless Pairing, Mosh: mobile shell, Wi-Vi: See Through Walls with Wi-Fi Signals
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The
center develops hardware and software designs for energy-efficient
mobile systems. These include low-power handsets, energy-scavenging
sensors, and wireless medical devices.
Members:
Anantha Chandrakasan, Arvind
Research:
Aggregation in Dynamic Networks, Efficient and Reliable Backscatter Networks, IMDShield: Securing Implantable Medical Devices
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