Yamaha / Cisco / Open Source Software / Amazon.com / iRobot / Intel / Microsoft / Mediatek / /
Country
United States / Finland / /
Currency
USD / / /
IndustryTerm
wireless channel / wireless channels / inter-vehicular ad-hoc wireless network / wireless connection / golf car / sensory infrastructure / wireless link / wireless losses / vehicle networks / roadside infrastructure / Automotive cloud service systems / Wireless Communications / obstacle detection algorithms / actual golf car route / golf car distance / wireless medium / last-mile transportation services / inter-vehicular adhoc wireless network / Wireless Networks / golf car travels / ad-hoc networked systems / static road-side infrastructure / wireless network adapters / vehicular ad-hoc networks / autonomous golf car / air-ground robot networks / autonomous car / wireless links / unreliable wireless medium / ad-hoc wireless network / autonomous vehicular systems / cloud computing / inter-vehicular network / Real time services / software architecture / real-time information / static roadside infrastructure / autonomous path planning algorithm / ad-hoc network / /
OperatingSystem
Ubuntu / /
Organization
National Science Foundation / MIT / MIT Center for Wireless Networks and Mobile Computing / SMART / Computer Systems Communications Networks Organization / /
Person
Stephanie Gil / Lixin Shi / Daniela Rus / Nabeel Ahmed / Pink / V / Dina Katabi / /
A Cloud-Assisted Design for Autonomous Driving Swarun Kumar Shyamnath Gollakota Dina Katabi