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Computing / Throughput / Packet loss / Measuring network throughput / Transmission Control Protocol / Transport layer / Wireless mesh network / Communications protocol / ANT / Network performance / Information / Data


Improving Wireless Network Performance Using Sensor Hints Lenin Ravindranath, Calvin Newport, Hari Balakrishnan and Samuel Madden MIT Computer Science and Artificial Intelligence Laboratory {lenin, cnewport, hari, madden
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Document Date: 2011-03-03 17:52:30


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Company

Google / Artificial Intelligence Laboratory / /

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Event

FDA Phase / /

Facility

UDP port / MIT campus / HINTS port / Sensor Library / /

IndustryTerm

Internet access / association protocol / frame-based rate adaptation protocols / wireless clients / hint-aware association protocol / wireless protocol architecture / local infrastructure networks / adaptation algorithms / wireless network protocol performance / wireless protocols / wireless network protocols / Wireless Network / telephony / link-layer protocol / adaptation protocols / hint-aware rate adaptation protocol / in-store wireless network / frame-based bit rate adaptation protocols / mobile mesh networks / frame-based bit rate adaptation protocol / commodity devices / Wireless Protocol Stack Application Transport Network MAC PHY Hint Aware Protocols / sensor-augmented wireless architecture / hint-aware bit rate adaptation protocol / hints to protocols / bit rate adaptation protocols / bit rate adaptation algorithm / adaptation protocol / tablet devices / mobile wireless devices / them to protocols / appropriate protocol / certain hint-aware wireless protocols / hint-aware protocol / rate adaptation protocols / hintaware association protocol / hintaware protocol / vehicular mesh networks / vehicular networks / frame-based rate adaptation protocol / network protocols / interactive real-time applications / static wireless networks / wireless channel conditions / wireless simulator / wireless communication / inertial navigation systems / wireless mesh / /

NaturalFeature

RSSI falls / /

OperatingSystem

Linux / Android / /

Organization

MIT / Some association / Sensor Hint Service / AP / /

Person

Accelerometer Compass / /

Position

driver / Manager / /

Product

Apple iPhone 4 Smartphone / SampleRate / RapidSample / HTC Nexus One Smartphone / RSSI drops / /

Technology

Click router / return br The RapidSample Protocol The RapidSample protocol / wireless devices / Linux / sliding windows / association protocol / hint-aware rate adaptation protocol / link-layer protocol / smartphone / hintaware association protocol / 2.1 Hint-Aware Protocol / GPS / MAC address / SNR-based protocols / adaptation protocols / SNR-based rate adaptation protocols / Android / UDP / hint-aware AP association protocol / frame-based rate adaptation protocols / Wi-Fi / mobile devices / bit rate adaptation protocols / appropriate protocol / frame-based bit rate adaptation protocol / wireless network protocols / RapidSample bit rate adaptation algorithm / hintaware protocol / following frame-based bit rate adaptation protocols / adaptation algorithms / smartphones / hint-aware bit rate adaptation protocol / adaptation protocol / wireless protocols / frame-based rate adaptation protocol / 5 3.2 Hint-Aware Bit Rate Adaptation Protocol The Hint-Aware Rate Adaptation Protocol / 2 Wireless Protocol Stack Application Transport Network MAC PHY Hint Aware Protocols / simulation / worstperforming protocol / certain hint-aware wireless protocols / hint-aware association protocol / VOIP / Network protocols / hint-aware protocol / rate adaptation protocols / /

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