Neural Networks / AMP / ACM Press / Cox / NonIntrusive Appliances Load Monitoring System Using Neural Networks / Intel Touts Personal Energy Management / Enetics Inc. / /
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United States / Australia / /
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USD / / /
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Environmental Issue / /
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Prentice Hall / Monash University / /
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Web Platforms / energy conservation / iterative algorithm / energy auditors / inference/classification algorithm / turn-on transient energy detector / energy information sharing scheme / electrical devices / household energy management systems / e - business / steady-state step change algorithm / energy breakdown information / energy / energy policies / real-world applications / turn-on transient energy algorithms / home area network / individual energy consumption / electricity / end-use energy information / energy cost / aggregate energy information / capable add-on device / electricity demand / energy saving / electronics / energy profile / computing / detection algorithms / energy conservation efforts / singlefeature single algorithm / streaming energy information / disaggregation algorithms / /
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Cambridge university / Basic Power Consumption Unit / Federal Government / Artificial Intelligence / Monash University / Melbourne / E3 Committee / CLARITY Centre / /
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W. S. Ng / A. C. Liew / Reactive Power (Var) / /
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extractor / Psychologist / vol / General / /
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New York / /
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IEEE Transactions on Information Theory / Proceedings of SPIE / /
Recent Approaches to Non-intrusive Load Monitoring Techniques in Residential Settings Yung Fei Wong† Y. Ahmet S¸ekercio˘glu† Tom Drummond† Voon Siong Wong‡ of Electrical and Computer Systems Engineering, Monash