Document Type : Research Article
Author
Department of Mathematics, Faculty of Basic Sciences, Velayat University, Iranshahr, Iran.
Abstract
A critical aspect of successful project management is ensuring that execution aligns with the baseline schedule. However, traditional project control methods often struggle to effectively address the uncertainties and deviations that can arise during project execution, leading to delays and inefficiencies. To tackle these challenges, this paper introduces a novel heuristic approach based on the Tabu Search (TS) algorithm for identifying discrete control points throughout the project life cycle. These control points enable proactive monitoring, timely deviation detection, and corrective actions, significantly minimizing project delays. Unlike traditional scheduling techniques, which can be rigid and reactive, our proposed method dynamically adjusts control points to enhance project oversight. Experimental results on benchmark instances from the Kolisch library demonstrate that our approach significantly reduces project delays, with up to 20% improvements compared to initial schedules in certain scenarios. These findings underscore the effectiveness of the TS algorithm in enhancing project control strategies, highlighting its potential applicability in real-world project management scenarios.
Highlights
- A novel Tabu Search-based technique for pinpointing control points throughout project life cycles.
- The proposed method facilitates proactive project monitoring and enables timely corrective actions.
- Experimental results demonstrate significant delay reduction on Kolisch library benchmarks.
- The algorithm is adaptable, accommodating projects with diverse task durations and dependencies.
- The proposed approach enhances project schedule adherence.
Keywords
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