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Optimal crew routing for linear repetitive projects using graph theory
16 references·1 citing·39 second hop
Optimal crew routing for linear repetitive projects using graph theory (2017)Optimal crew routing for linear repetitiv…Optimizing linear project scheduling with multi-skilled crews (2012)Optimizing linear project sch…LOB and CPM Integrated Method for Scheduling Repetitive Projects (2012)LOB and CPM Integrated Method…Optimization model for resource assignment problems of linear construction projects (2006)Optimization model for resour…ALISS: Advanced Linear Scheduling System (2006)ALISS: Advanced Linear Schedu…Scheduling system for high rise building construction (2002)Scheduling system for high ri…Construction Planning and Scheduling (2002)Construction Planning and Sch…Resource-Driven Scheduling for Repetitive Projects: A Pull-System Approach (2001)Resource-Driven Scheduling fo…Cost Optimization in Projects with Repetitive Nonserial Activities (2001)Cost Optimization in Projects…Multiskilled Labor Utilization Strategies in Construction (1998)Multiskilled Labor Utilizatio…Controlling activity interval times in LOB scheduling (1998)Controlling activity interval…Construction Planning and Scheduling (1997)Construction Planning and Sch…Dynamic Programming Approach to Scheduling of Nonserial Linear Project (1996)Dynamic Programming Approach …CPM/LOB: New Methodology to Integrate CPM and Line of Balance (1994)CPM/LOB: New Methodology to I…New Generation of Planning Structures (1993)New Generation of Planning St…Resource Management in Construction (1986)Resource Management in Constr…VPM Scheduling for High-Rise Buildings (1975)VPM Scheduling for High-Rise …Customized particle swarm optimization for harmonizing multi-section construction projects (2024)Customized particle swarm opt…Construction Planning for Linear Projects (1980)Line‐of‐Balance Scheduling in Pavement Construction (1986)Optimal Repetitive Scheduling Model with Shareable Resource Constraint (2001)Modern Construction Management (2012)Scheduling Projects with Repeating Activities (1998)Assignment and Allocation Optimization of Partially Multiskilled Workforce (2002)Optimal Planning and Scheduling for Repetitive Construction Projects (2005)The Multimode Resource‐Constrained Project Scheduling Problem for Repetitive Activities in Construction Projects (2018)A new algorithm for resource-constrained project scheduling with breadth and depth of skills (2020)Multi-skilling in scheduling problems: A review on models, methods and applications (2020)Linear Scheduling Method for Highway Construction (1981)RPM: Repetitive Project Modeling (1990)Multiobjective Linear Programming Model for Scheduling Linear Repetitive Projects (2007)Construction Productivity Improvement (1985)A study of project scheduling optimization using Tabu Search algorithm (2008)Cost Optimization Model for the Multiresource Leveling Problem with Allowed Activity Splitting (2010)Optimization model for construction project resource leveling using a novel modified symbiotic organisms search (2018)Redundant, Overlapping Organization: A Japanese Approach to Managing the Innovation Process (1990)ORGANIZATIONAL INTEGRATION AND PROCESS INNOVATION. (1992)Planning and analysis of construction operations (1992)Algorithm for Scheduling with Multiskilled Constrained Resources (2000)Fundamental Principles of Workforce Management (2005)Using Genetic Algorithms to Solve Construction Time-Cost Trade-Off Problems (1997)Using Improved Genetic Algorithms to Facilitate Time-Cost Optimization (1997)Optimization of construction time-cost trade-off analysis using genetic algorithms (1999)Time-Cost-Quality Trade-Off Analysis for Highway Construction (2005)A genetic algorithm-based method for scheduling repetitive construction projects (2009)Linear Scheduling Model: Development of Controlling Activity Path (1998)Optimizing Resource Utilization for Repetitive Construction Projects (2001)Schedule control model for linear projects based on linear scheduling method and constraint programming (2013)Genetic Algorithm–Based Method for the Deadline Problem in Repetitive Construction Projects Considering Soft Logic (2016)Scheduling Optimization of Linear Schedule with Constraint Programming (2017)Work Continuity Constraints in Project Scheduling (2005)CPM/LOB Scheduling Method for Project Deadline Constraint Satisfaction (2014)Multipurpose linear programming optimization model for repetitive activities scheduling in construction projects (2019)Strengths and shortcomings of methodologies for production planning and control of construction projects: a systematic literature review and future perspectives (2020)FACTORS AFFECTING LABOUR PRODUCTIVITY IN BUILDING PROJECTS IN THE GAZA STRIP (2007)Autonomous pro-active real-time construction worker and equipment operator proximity safety alert system (2010)Factors Affecting Construction Labor Productivity in Kuwait (2011)
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References

  • 2001Cost Optimization in Projects with Repetitive Nonserial Activities147 cited
  • 1993New Generation of Planning Structures113 cited
  • 1994CPM/LOB: New Methodology to Integrate CPM and Line of Balance112 cited
  • 1998Multiskilled Labor Utilization Strategies in Construction109 cited
  • 1975VPM Scheduling for High-Rise Buildings107 cited
  • 1997Construction Planning and Scheduling106 cited
  • 2012Optimizing linear project scheduling with multi-skilled crews103 cited
  • 2012LOB and CPM Integrated Method for Scheduling Repetitive Projects100 cited
  • 2006Optimization model for resource assignment problems of linear construction projects82 cited
  • 1986Resource Management in Construction72 cited
  • 2002Scheduling system for high rise building construction55 cited
  • 1996Dynamic Programming Approach to Scheduling of Nonserial Linear Project47 cited
  • 2006ALISS: Advanced Linear Scheduling System40 cited
  • 2002Construction Planning and Scheduling36 cited
  • 1998Controlling activity interval times in LOB scheduling36 cited
  • 2001Resource-Driven Scheduling for Repetitive Projects: A Pull-System Approach

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34 cited

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  • 2024Customized particle swarm optimization for harmonizing multi-section construction projects26 cited