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Computer cluster / K-medoids / Medoid / K-means clustering / Statistics / Cluster analysis / Consensus clustering


0 AutoLCA: A Framework for Sustainable Redesign and Assessment of Products M. SHAHRIAR HOSSAIN, University of Texas at El Paso MANISH MARWAH, HP Labs AMIP SHAH, HP Labs
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Document Date: 2013-07-17 06:41:56

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File Size: 1,13 MB

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New York / /

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E. / ACM Inc. / HP Labs / Google / /

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United States / /

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Environmental Issue / Reorganization / /

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Penn Plaza / University of Texas / /

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greenhouse gas emissions / sustainable products / given product / iterative k-medoids clustering algorithm / transportation / constrained optimization algorithms / iterative clustering algorithm / k-medoids clustering algorithm / applied data mining techniques / neighbor search / k-medoids algorithm / energy use / manufacturing / social networks / data mining algorithms / sustainable product / equivalent energy / energy / /

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Unit of Time Voltage Current Power Units / Virginia Tech / Department of Computer Science / Institute for Critical Technology and Applied Science / Unit of Capacitance Resistance Inductance Frequency Units / US National Science Foundation / mhz Unit of Time Voltage Current Power Units / University of Texas at El Paso / /

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Layne T. Watson / Naren Ramakrishnan / M. Shahriar Hossain / Amip Shah / MANISH MARWAH / SHAHRIAR HOSSAIN / /

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Author / designer / Database Applications General / representative / /

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Texas / New York / /

Technology

corresponding Algorithm / specific algorithm / laser / k-medoids clustering algorithm / iterative k-medoids clustering algorithm / constrained optimization algorithms / data mining algorithms / data mining / iterative clustering algorithm / k-medoids algorithm / integrated circuit / /

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http /

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