Publication | Open Access
Resolution of Time and Worker Conflicts for a Single Project in a Max-Plus Linear Representation
12
Citations
4
References
2011
Year
Mathematical ProgrammingNegotiationConstruction Project ManagementEngineeringProject SchedulingProject ManagementNetwork AnalysisSoftware EngineeringMax-plus Linear RepresentationOperations ResearchMax-plus LinearSystems EngineeringCritical SystemDesignComputer ScienceScheduling AnalysisResource ConstraintScheduling ProblemSingle ProjectBusinessAdjacency MatrixConstruction ManagementWorker ConflictsProject NetworkResource Conflict
This research develops a framework for resolving time and worker conflicts in the Critical Chain Project Management (CCPM) method, expressed in the form of a Max-Plus Linear (MPL) system. Our previous work proposed a method for resolving time conflicts. However, in practical cases, both time and worker conflicts may occur. Hence, we propose a method for resolving both time and worker conflicts for a single project. We first consider how to detect a resource conflict. Then, we define an adjacency matrix to resolve the detected conflicts. Using the proposed method, we confirm that the resource conflict can be resolved through a numerical example.
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