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Radio navigation / Wireless sensor network / Beacon / Global Positioning System / Technology / Navigation / Wireless networking


ITR: Scalable Location-Aware Monitoring (SLAM) Systems Hari Balakrishnan, Erik Demaine, Mike Stonebraker, Seth Teller Laboratory for Computer Science & Department of EECS Massachusetts Institute of Technology Cambridge,
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Document Date: 2003-01-16 12:03:27


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File Size: 367,75 KB

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PIs / Seth Teller Laboratory / senPersonal Systems / /

Country

United States / /

Currency

USD / /

Facility

EECS Massachusetts Institute of Technology Cambridge / Physical Plant / Location Inference Algorithms Each Cricket beacon / MIT Physical Plant / Library Usage / /

IndustryTerm

variable media / information to applications / sensor fusion algorithms / event-driven data processing model / handheld device / energy-efficient location infrastructure / distributed software applications / location-sensing technology works / software agents / beacon placement algorithm / sensor-specific hardware/software / fixed and mobile computing devices / database systems / energy-efficient beacon scheduling / lab equipment / coordinate systems / tour / fine-grained location infrastructure / wireless panic / distributed constraint scheduling algorithm / response processing / event-handling infrastructure / location inference algorithms / mobile location-enabled devices / active wireless link / event handling infrastructure / distributed constraint-satisfaction algorithm / event processing network / asset management / paint / software entities / location systems / location-sensing hardware / network infrastructure / wireless access points / student services / energy / self-calibrating beacon networks / physical intrusion detection systems / incremental placement algorithm / human installer / self-configuration algorithms / software handlers / sensor-specific low-energy communication protocols / Tour-planning software routes / wireless bandwidth scaling / query processing operations / database management systems / event-processing network / indoor location systems / wall paint / energy-efficient protocols / software applications / inference algorithms / application software / sensor networking / greedy algorithm / car parking / wireless networking / ultrasound technology / distributed matching algorithm / location technologies / distributed processors / online algorithm / location infrastructure / control applications / design approximation algorithms / algorithmic tools / ubiquitous and precise location infrastructure / handheld devices / chemical / beacon-based location systems / beacon network / chemicals / using sensor-specific low-energy communication protocols / activating the location infrastructure / /

Organization

Institute of Technology Cambridge / National Science Foundation / Campus police / Massachusetts Institute of Technology / MIT Campus Police / MIT Schedules Office / MIT Safety Office / MIT Property Office / /

Person

Hari Balakrishnan / Erik Demaine / /

Position

librarian / driver / speaker / physical plant supervisor / Safety Officer for this space / campus maintenance supervisor / maintenance worker / Physical Plant Maintenance Scenarios The fire marshal / marshal / service manager / Safety Officer / /

ProvinceOrState

Massachusetts / /

Technology

beacon placement algorithm / online algorithm / inference algorithms / bar code / design approximation algorithms / API / GPS / ultrasound / distributed matching algorithm / mobile device / sensor-specific low-energy communication protocols / distributed constraint scheduling algorithm / self-configuration algorithms / incremental placement algorithm / wireless access / location technologies / mobile computing / greedy algorithm / RF ultrasound technology / sensor fusion algorithms / location inference algorithms / distributed constraint-satisfaction algorithm / 1.1 Location Inference Algorithms / PDA / GUI / CAD / /

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