Method, Apparatus, Computer Program and System for Measuring Oscillatory Motion

D K Arvind; Andrew Bates

Method, Apparatus, Computer Program and System for Measuring Oscillatory Motion

D K Arvind (Inventor), Andrew Bates (Inventor)

Research output: Patent

Abstract / Description of output

A method, apparatus, computer program, system and device for measuring oscillatory motion comprising: receiving a plurality of signals related to a plurality of measurements of a direction of a vector parameter (at-1, at); determining a predominant measured direction of the vector parameter (āt) based on the plurality of measurements of the direction of the vector parameter; determining an angle of rotation (φt) between: a measured direction of the vector parameter (at) of one of the plurality of measurements of the direction of the vector parameter, and the predominant measured direction of the vector parameter (āt).

Also patented ZL 201180027571.9.

Original language	English
Patent number	US 9724019
Publication status	Published - 8 Aug 2017

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https://patentscope.wipo.int/search/en/detail.jsf?docId=US82287727&_cid=P22-KK6WW3-83597-1Licence: All Rights Reserved

D K Arvind
- School of Informatics - Chair of Distributed Wireless Computation
- Artificial Intelligence and its Applications Institute
- Data Science and Artificial Intelligence
Person: Academic: Research Active

Cite this

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title = "Method, Apparatus, Computer Program and System for Measuring Oscillatory Motion",

abstract = "A method, apparatus, computer program, system and device for measuring oscillatory motion comprising: receiving a plurality of signals related to a plurality of measurements of a direction of a vector parameter (at-1, at); determining a predominant measured direction of the vector parameter (āt) based on the plurality of measurements of the direction of the vector parameter; determining an angle of rotation (φt) between: a measured direction of the vector parameter (at) of one of the plurality of measurements of the direction of the vector parameter, and the predominant measured direction of the vector parameter (āt).Also patented ZL 201180027571.9.",

author = "Arvind, {D K} and Andrew Bates",

note = "Patent first granted in China 25/11/2015. US grant date 08/08/2017.; US 9724019",

year = "2017",

month = aug,

day = "8",

language = "English",

type = "Patent",

}

TY - PAT

T1 - Method, Apparatus, Computer Program and System for Measuring Oscillatory Motion

AU - Arvind, D K

AU - Bates, Andrew

N1 - Patent first granted in China 25/11/2015. US grant date 08/08/2017.

PY - 2017/8/8

Y1 - 2017/8/8

N2 - A method, apparatus, computer program, system and device for measuring oscillatory motion comprising: receiving a plurality of signals related to a plurality of measurements of a direction of a vector parameter (at-1, at); determining a predominant measured direction of the vector parameter (āt) based on the plurality of measurements of the direction of the vector parameter; determining an angle of rotation (φt) between: a measured direction of the vector parameter (at) of one of the plurality of measurements of the direction of the vector parameter, and the predominant measured direction of the vector parameter (āt).Also patented ZL 201180027571.9.

AB - A method, apparatus, computer program, system and device for measuring oscillatory motion comprising: receiving a plurality of signals related to a plurality of measurements of a direction of a vector parameter (at-1, at); determining a predominant measured direction of the vector parameter (āt) based on the plurality of measurements of the direction of the vector parameter; determining an angle of rotation (φt) between: a measured direction of the vector parameter (at) of one of the plurality of measurements of the direction of the vector parameter, and the predominant measured direction of the vector parameter (āt).Also patented ZL 201180027571.9.

M3 - Patent

M1 - US 9724019

ER -

Method, Apparatus, Computer Program and System for Measuring Oscillatory Motion

Abstract / Description of output

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D K Arvind

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