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Sentinel: Occupancy Based HVAC Actuation using Existing WiFi Infrastructure within Commercial Buildings Bharathan Balaji† , Jian Xu† , Anthony Nwokafor† , Rajesh Gupta† , Yuvraj Agarwal†‡ † †
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Document Date: 2013-09-20 18:02:51


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File Size: 1,28 MB

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City

Rome / San Diego / /

Company

Sentinel / OIS / MySQL / Johnson Controls / /

Country

Italy / United States / /

Currency

USD / /

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Event

Product Issues / FDA Phase / Reorganization / /

Facility

San Diego Carnegie Mellon University / CSE building / building HVAC / Building As / Building Automation / TCP port / University of California / /

IndustryTerm

sleep algorithms / client devices / sensor protocol / cellular technologies / reactive systems / software/hardware / plug level energy meter / even simple wireless motion sensors / occupancy detection solution / potential energy savings / wireless lighting system / internet / electrical and thermal energy savings / internet connectivity / predictive and reactive systems / real-time system architecture / large-scale wireless sensor network / wireless occupancy sensors / electrical energy savings / legacy building management systems / energy use / data collection network / thermal energy / smart devices / actual energy savings / iOS device / actuation systems / energy savings / energy usage / energy / web interface / appropriate device / localization using wireless radios / wireless sensors / wireless capable devices / iOS devices / purpose systems / aggressive sleep algorithm / energy consumption / increased energy savings / electrical and thermal energy consumption / location representative device / energy-efficiency / automation applications / data processing / power management / considerable energy / electricity consumption / intensive algorithms / guest network / provisional solutions / cellular data network / recorded occupant devices / electrical energy / control systems / radio chip / smartphone operating systems / localization algorithms / occupancy inference algorithm / sleep algorithm / client device / wireless device / energy efficiency / access control to users and applications / web server / legacy building management / cellular network / occupancy solutions / control technology / wearable devices / actuation showing energy savings / electricity savings / phone detection algorithm / electrical energy consumption / higher energy savings / nearest access point location algorithm / occupant devices / web services / /

NaturalFeature

Sentinel falls / /

OperatingSystem

Mac OS X / Android / /

Organization

Air Handler Unit / Apple Push Notification Service / UCSD / Occupancy Command / University of California / San Diego Carnegie Mellon University / /

Person

Cassandra Storage / Rajesh Gupta / Jian Xu / Anthony Nwokafor / /

Position

General / facility manager / administrator / building manager / representative / /

Product

BuildingDepot / iPhone / WiFi devices / WiFi / sensor / Building Automation / /

ProvinceOrState

British Columbia / /

RadioStation

WiFi / /

Technology

virtual machine / self calibrating WiFi localization algorithms / API / aggressive WiFi sleep algorithms / smartphone / MAC address / Android / control technology / operating system / phone detection algorithm / operating systems / WiFi sleep algorithm / nearest AP algorithm / encryption / ethernet / occupancy inference algorithm / BACnet protocol / WPA2/802.1x protocol / wireless device / nearest access point location algorithm / smartphones / 3.1 Occupancy Inference Algorithm / aggressive sleep algorithm / RADIUS protocol / HTTP / WiFi radio chip / 3.3 Phone Detection Algorithm / sensor protocol / 3G / web server / /

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