2009 International Conference on Computers &Amp; Industrial Engineering 2009
DOI: 10.1109/iccie.2009.5223789
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An embedded simulation approach for optimal activity crashing in stochastic networks

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Cited by 2 publications
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“…In addition, the works of Demeulemeester et al (1996) and have proposed flexible methods to solve all the three mentioned versions of the DTCTP (deadline, budget, and curve), with the first using a dynamic programming algorithm and the second developing a cut-generation solution based on path-enumeration. There are a number of papers that have also examined multi-mode trade-offs under the nomenclature of activity crashing problems (see, e.g., Rahimi & Seifi (2009); Doerner et al (2008); Haga & O'keefe (2001)). Multi-mode problems are also studied under the variants of the resource constrained project scheduling problem (RCPSP), when the project has a limited number of resources to execute its activities and these activities have hard resource requirements (refer to Hartmann & Briskorn (2010) for a summary of works on the RCPSP and its variants).…”
Section: Multi-mode Project Schedulingmentioning
confidence: 99%
“…In addition, the works of Demeulemeester et al (1996) and have proposed flexible methods to solve all the three mentioned versions of the DTCTP (deadline, budget, and curve), with the first using a dynamic programming algorithm and the second developing a cut-generation solution based on path-enumeration. There are a number of papers that have also examined multi-mode trade-offs under the nomenclature of activity crashing problems (see, e.g., Rahimi & Seifi (2009); Doerner et al (2008); Haga & O'keefe (2001)). Multi-mode problems are also studied under the variants of the resource constrained project scheduling problem (RCPSP), when the project has a limited number of resources to execute its activities and these activities have hard resource requirements (refer to Hartmann & Briskorn (2010) for a summary of works on the RCPSP and its variants).…”
Section: Multi-mode Project Schedulingmentioning
confidence: 99%