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Journal of the Operational Research Society Volume 56, 2005 - Issue 1
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Theoretical Paper

Identification and illumination of popular misconceptions about project scheduling and time buffering in a resource-constrained environment

W HerroelenKatholieke Universiteit LeuvenLeuvenBelgiumCorrespondence[email protected]
&
R LeusKatholieke Universiteit LeuvenLeuvenBelgiumCorrespondence[email protected]
Pages 102-109 | Received 01 Sep 2003, Accepted 01 May 2004, Published online: 21 Dec 2017

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James C. Chen, Hung-Yu Lee, Wen-Haiung Hsieh & Tzu-Li Chen. (2022) Applying hybrid genetic algorithm to multi-mode resource constrained multi-project scheduling problems. Journal of the Chinese Institute of Engineers 45:1, pages 42-53.
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Junguang Zhang, Ruixia Shi & Estrella Diaz. (2015) Dynamic monitoring and control of software project effort based on an effort buffer. Journal of the Operational Research Society 66:9, pages 1555-1565.
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Hans Kjellberg. (2010) Struggling to perform a warehouse: buildings as symbols and tools. Construction Management and Economics 28:6, pages 675-694.
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John H. Blackstone$suffix/text()$suffix/text(), James F. Cox$suffix/text()$suffix/text() & John G. Schleier$suffix/text()$suffix/text(). (2009) A tutorial on project management from a theory of constraints perspective. International Journal of Production Research 47:24, pages 7029-7046.
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Liu Shu‐Shun & Kuo‐Chuan Shih. (2009) A framework of critical resource chain for project schedule analysis. Construction Management and Economics 27:9, pages 857-869.
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Frank Schultmann & Nicole Sunke. (2007) Energy-oriented deconstruction and recovery planning. Building Research & Information 35:6, pages 602-615.
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Alireza Etminaniesfahani, Hanyu Gu, Leila Moslemi Naeni & Amir Salehipour. (2022) A Forward–Backward Relax-and-Solve Algorithm for the Resource-Constrained Project Scheduling Problem. SN Computer Science 4:2.
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Hêriş Golpîra, Sina Safaeipour & Syed Abdul Rehman Khan. 2021. Application of Mathematics and Optimization in Construction Project Management. Application of Mathematics and Optimization in Construction Project Management 51 78 .
Shu-Shun Liu, Hsin-Yi Huang & Nevy Risna Dyah Kumala. (2020) Two-Stage Optimization Model for Life Cycle Maintenance Scheduling of Bridge Infrastructure. Applied Sciences 10:24, pages 8887.
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Jia LiuYisheng LiuYing ShiJian Li. (2020) Solving Resource-Constrained Project Scheduling Problem via Genetic Algorithm. Journal of Computing in Civil Engineering 34:2.
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Robert Eduardo Cooper Ordoñez, Mario Vanhoucke, José Coelho, Rosley Anholon & Olívio Novaski. (2019) A Study of the Critical Chain Project Management Method Applied to a Multiproject System. Project Management Journal 50:3, pages 322-334.
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Wan-An Cui. (2018) Critical Sequences and Resource Links Optimization in Resource-Constrained Project Scheduling. Asia-Pacific Journal of Operational Research 35:05, pages 1850032.
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Ran Etgar, Roy Gelbard & Yuval Cohen. (2018) Feature assignment in multi-release work plan: Accelerating optimization using gene clustering. Computers & Industrial Engineering 118, pages 123-137.
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Ran Etgar, Roy Gelbard & Yuval Cohen. (2017) Optimizing version release dates of research and development long-term processes. European Journal of Operational Research 259:2, pages 642-653.
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Rifat SonmezMahdi Abbasi IranaghFurkan Uysal. (2016) Critical Sequence Crashing Heuristic for Resource-Constrained Discrete Time–Cost Trade-Off Problem. Journal of Construction Engineering and Management 142:3.
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Vittal S. Anantatmula & James B. Webb. 2016. Project Management. Project Management 1005 1022 .
Mahdi Ghaffari & Margaret W. Emsley. (2015) Current status and future potential of the research on Critical Chain Project Management. Surveys in Operations Research and Management Science 20:2, pages 43-54.
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Önder Halis BettemirRifat Sonmez. (2015) Hybrid Genetic Algorithm with Simulated Annealing for Resource-Constrained Project Scheduling. Journal of Management in Engineering 31:5.
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Michael A. Chilton. 2015. Modern Techniques for Successful IT Project Management. Modern Techniques for Successful IT Project Management 1 20 .
Vittal S. Anantatmula & James B. Webb. (2014) Critical Chain Method in Traditional Project and Portfolio Management Situations. International Journal of Information Technology Project Management 5:3, pages 67-83.
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Rong Hwa Huang & Tung Han Yu. (2013) A Novel Tabu Search Algorithm for Solving Robust Multiple Resource-Constrained Project Scheduling Problem. International Journal of Computer and Communication Engineering, pages 213-215.
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������, Igor Demkin, ������ & Valeriy Lesnykh. (2012) Risk analysis of oil and gas projects: possible problems, approaches to solving. Russian Journal of Project Management 1:1, pages 0-0.
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Yuval Cohen, Arik Sadeh & Ofer Zwikael. (2012) Finding the Shortest Non-Delay Schedule for a Resource-Constrained Project. International Journal of Operations Research and Information Systems 3:4, pages 41-58.
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Arie Karniel & Yoram Reich. (2009) From DSM-Based Planning to Design Process Simulation: A Review of Process Scheme Logic Verification Issues. IEEE Transactions on Engineering Management 56:4, pages 636-649.
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A. Kastor & K. Sirakoulis. (2009) The effectiveness of resource levelling tools for Resource Constraint Project Scheduling Problem. International Journal of Project Management 27:5, pages 493-500.
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Jin-Lee Kim. (2009) Improved genetic algorithm for resource-constrained scheduling of large projects. Canadian Journal of Civil Engineering 36:6, pages 1016-1027.
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Wanan Cui, Zhenqian Wang & Xiuning Cao. (2008) Links Optimization for Resource-Constrained Project Scheduling. Links Optimization for Resource-Constrained Project Scheduling.
Wanan Cui, ShengBao Yao & Xiuning Cao. (2008) Links Analysis in Resource Constrained Projects. Links Analysis in Resource Constrained Projects.
Wanan Cui, ShengBao Yao & Xiuning Cao. (2008) Critical Sequence Optimization under Adjustable Resource-Constrained Project Scheduling. Critical Sequence Optimization under Adjustable Resource-Constrained Project Scheduling.
Willy Herroelen. (2005) Project Scheduling—Theory and Practice. Production and Operations Management 14:4, pages 413-432.
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