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  <title>Stochastic Optimalization of Supply Chain Risk Measures:</title>
  <subTitle>A Methodology for Improving Supply Security of Subsidized Fuel Oil in Indonesia</subTitle>
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  <namePart>Adinda Yuanita</namePart>
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  <publisher>Bagian Serial Makara Journal of Technology</publisher>
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  <languageTerm type="code">ind</languageTerm>
  <languageTerm type="text">Indonesia</languageTerm>
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  <extent>Sumber artikel:Jurnal. Halaman: 73-84</extent>
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 <note>Monte Carlo simulation-based methods for stochastic optimization of risk measures is required to solve complex problems in supply security of subsidized fuel oil in Indonesia. In order to overcome constraints in distribution of subsidized fuel in Indonesia  which has the fourth largest population in the world mdash more than 250 000 000 people with 66.5% of productive population  and has more than 17 000 islands with its population centered around the nation  s capital only mdash it is necessary to have a measurable and integrated risk analysis with monitoring system for the purpose of supply security of subsidized fuel. In consideration of this complex issue  uncertainty and probability heavily affected this research. Therefore  this research did the Monte Carlo sampling-based stochastic simulation optimization with the state-of-the-art   FIRST   parameter combined with the Sensitivity Analysis to determine the priority of integrated risk mitigation handling so that the implication of the new model design from this research may give faster risk mitigation time. The results of the research identified innovative ideas of risk based audit on supply chain risk management and new FIRST (Fairness  Independence  Reliable  Sustainable  Transparent) parameters on risk measures. In addition to that  the integration of risk analysis confirmed the innovative level of priority on sensitivity analysis. Moreover  the findings showed that the new risk mitigation time was 60% faster than the original risk mitigation time.</note>
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  <topic>1. INDONESIA - BAHAN BAKAR SUBSIDI - DISTRIBUSI&#13;2. INDONESIA - BAHAN BAKAR MINYAK - ANALISIS</topic>
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 <classification>500.72 MAK</classification>
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  <physicalLocation>UPT Perpustakaan UM Koleksi Bahan Pustaka Perpustakaan UM</physicalLocation>
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