Wireless motion sensor network for monitoring motion in a process, wireless sensor node, reasoning node, and feedback and/or actuation node for such wireless motion sensor network

Paul J.M. Havinga (Inventor), Raluca Marin Perianu (Inventor), Mihai Marin Perianu (Inventor)

Research output: PatentProfessional

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Abstract

Wireless motion sensor network for monitoring motion in a process comprising at least one wireless sensor node for measuring at least one physical quantity related to motion or orientation, feature extraction means for deriving a feature for the measured quantities, a wireless transmitter connected to the feature extraction means for transmitting the derived feature, and the wireless receiver receiving derived features from other sensor nodes, the network further comprising a reasoning node for collecting features transmitted by the at least one wireless sensor node comprising a collaborative reasoning engine for determining further features based on features received by a wireless receiver wherein the further features are determined by calculation and/or a rule set; the wireless motion sensor network comprising a feedback and/or actuation means for intervening in or influencing a monitored process based on the output of the collaborative reasoning engine.
Original languageUndefined
Patent numberWO2010NL50024
Priority date18/01/10
Publication statusSubmitted - 18 Jan 2010

Keywords

  • METIS-276766
  • EWI-19632

Cite this

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abstract = "Wireless motion sensor network for monitoring motion in a process comprising at least one wireless sensor node for measuring at least one physical quantity related to motion or orientation, feature extraction means for deriving a feature for the measured quantities, a wireless transmitter connected to the feature extraction means for transmitting the derived feature, and the wireless receiver receiving derived features from other sensor nodes, the network further comprising a reasoning node for collecting features transmitted by the at least one wireless sensor node comprising a collaborative reasoning engine for determining further features based on features received by a wireless receiver wherein the further features are determined by calculation and/or a rule set; the wireless motion sensor network comprising a feedback and/or actuation means for intervening in or influencing a monitored process based on the output of the collaborative reasoning engine.",
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author = "Havinga, {Paul J.M.} and {Marin Perianu}, Raluca and {Marin Perianu}, Mihai",
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T1 - Wireless motion sensor network for monitoring motion in a process, wireless sensor node, reasoning node, and feedback and/or actuation node for such wireless motion sensor network

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AU - Marin Perianu, Mihai

PY - 2010/1/18

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N2 - Wireless motion sensor network for monitoring motion in a process comprising at least one wireless sensor node for measuring at least one physical quantity related to motion or orientation, feature extraction means for deriving a feature for the measured quantities, a wireless transmitter connected to the feature extraction means for transmitting the derived feature, and the wireless receiver receiving derived features from other sensor nodes, the network further comprising a reasoning node for collecting features transmitted by the at least one wireless sensor node comprising a collaborative reasoning engine for determining further features based on features received by a wireless receiver wherein the further features are determined by calculation and/or a rule set; the wireless motion sensor network comprising a feedback and/or actuation means for intervening in or influencing a monitored process based on the output of the collaborative reasoning engine.

AB - Wireless motion sensor network for monitoring motion in a process comprising at least one wireless sensor node for measuring at least one physical quantity related to motion or orientation, feature extraction means for deriving a feature for the measured quantities, a wireless transmitter connected to the feature extraction means for transmitting the derived feature, and the wireless receiver receiving derived features from other sensor nodes, the network further comprising a reasoning node for collecting features transmitted by the at least one wireless sensor node comprising a collaborative reasoning engine for determining further features based on features received by a wireless receiver wherein the further features are determined by calculation and/or a rule set; the wireless motion sensor network comprising a feedback and/or actuation means for intervening in or influencing a monitored process based on the output of the collaborative reasoning engine.

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