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Electronics / Sensor node / Network Time Protocol / Synchronization / Clock skew / Timestamp / Sensor fusion / Communications protocol / Transmission Control Protocol / Computing / Wireless sensor network / Data


Time Synchronization for Multi-Modal Target Tracking in Heterogeneous Sensor Networks Isaac Amundson, Manish Kushwaha, Branislav Kusy, Peter Volgyesi, Gyula Simon† , Xenofon Koutsoukos, Akos Ledeczi Institute for Softw
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Document Date: 2008-07-08 17:50:28


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File Size: 3,94 MB

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Company

Advanced Video Based Surveillance Systems / HSN / PC Connection / Wireless Sensor Networks / Wiley and Sons / I. I NTRODUCTION Wireless / Intel / /

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Facility

University of Delaware / Computer Science University of Pannonia Veszprem / Akos Ledeczi Institute / /

IndustryTerm

time synchronization protocols / heterogeneous devices / intensive processing algorithms / reactive data fusion applications / synchronization protocol / transportation / kernel processing / wireless connection / sender-receiver synchronization protocols / Internet time synchronization / maximum energy beam / beam energy / network time protocol / real-time performance / dense networks / large sensor networks / wireless networks / mote network / heterogeneous sensor network / object detection algorithm / data fusion applications / energy consumption / sensor networks / ad hoc networks / audio beamforming algorithm / heterogeneous network / sub-millisecond software synchronization method / behavior in software / physical networks / real-time tracking / receiver-receiver synchronization protocol / mote networks / sensor fusion algorithm / heterogeneous networks / computing / time synchronization services / sender-receiver algorithms / multi-hop network / time synchronization protocol / receiver-receiver protocol / search space / software architecture / similar small-scale devices / wireless communication / heterogeneous sensor networks / sensor network / /

OperatingSystem

ISIS / TinyOS / Linux / /

Organization

National Science Foundation / Department of Electrical Engineering and Computer Science Vanderbilt University Nashville / ETA / University of Delaware / Akos Ledeczi Institute for Software Integrated Systems / Computer Science University of Pannonia Veszprem / Audio Sensors Sensor Fusion Center / US Federal Reserve / Vanderbilt University / Electrical Engineering Department / /

Person

L. Girod / V / Peter Volgyesi / Gyula Simon / Manish Kushwaha / Branislav Kusy / /

Position

adaptive background mixture model for real-time tracking / network interface controller / retrieved detection function Sensor Fusion Node Scheduler / speaker / serial driver / single speaker / representative / scheduler / serial driver at the kernel level / sensor fusion scheduler / /

Product

OpenBrickE Linux servers / Linux / HP iPAQ Headphone/Headset / Elapsed Time / OpenBrickE Linux / /

ProgrammingLanguage

Hoc / /

ProvinceOrState

Delaware / /

PublishedMedium

The Transmission and Reception times / the Send and Receive times / IEEE Transactions on Communications / /

Technology

time synchronization protocols / AV / flooding time synchronization protocol / intensive processing algorithms / Linux / moving object detection algorithm / receiver-receiver protocol / onboard FPGA chip / operating system / Timing-sync protocol / operating systems / tracking algorithm / sender-receiver algorithms / audio beamforming algorithm / sender-receiver synchronization protocols / proposed algorithm / receiver-receiver synchronization protocol / video conferencing / network time protocol / synchronization protocol / simulation / sensor fusion algorithm / PDA / UART / /

URL

http /

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