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Original Articles

An expediting heuristic for the shortest processing time dispatching rule

Pages 31-41 | Received 01 Apr 1988, Published online: 03 Apr 2007

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Ren Genquan, Han Rui, Liu Yingbo, Zhao Jiong, Jin Tao, Zhang Li & Wang Jianmin. (2013) Applying genetic algorithm to optimise personal worklist management in workflow systems. International Journal of Production Research 51:17, pages 5158-5179.
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Nasser Mebarki & Atif Shahzad. (2013) Correlation among tardiness-based measures for scheduling using priority dispatching rules. International Journal of Production Research 51:12, pages 3688-3697.
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Choonjong Kwak & Chang Ouk Kim. (2009) A multicriteria approach to timeout collaboration protocol. International Journal of Production Research 47:22, pages 6417-6432.
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PeiChann Chang & Ling-Huey Su. (1999) 動態零工工廠主動反應式排程修正法則之發展. Journal of the Chinese Institute of Industrial Engineers 16:3, pages 345-352.
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AVINASHM. WAIKAR, BHABAR. SARKER & ANILM. LAL. (1995) A comparative study of some priority dispatching rules under different shop loads. Production Planning & Control 6:4, pages 301-310.
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K. ITOH, D. HUANG & T. ENKAWA. (1993) Twofold look-ahead search for multi-criterion job shop scheduling. International Journal of Production Research 31:9, pages 2215-2234.
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MING-HUA YE & GLYNB. WILLIAMS. (1991) An expediting heuristic for the shortest processing time dispatching rule. International Journal of Production Research 29:1, pages 209-213.
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E. J. ANDERSON & J. C. NYIRENDA. (1990) Two new rules to minimize tardiness in a job shop. International Journal of Production Research 28:12, pages 2277-2292.
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STEFKAP. STOEVA. (1990) A due date-based dispatching rule for flexible manufacturing systems. International Journal of Production Research 28:11, pages 1991-1999.
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Articles from other publishers (11)

Syed Abou Iltaf Hussain, Ranbir Kalita & Uttam Kumar Mandal. (2023) A priority-based heuristic approach for solving flexible flow-shop with parallel machine scheduling in a fuzzy environment. Granular Computing 8:6, pages 1097-1120.
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Mingze Yuan, Lin Ma, Ting Qu & Matthias Thürer. (2023) Shop floor dispatching with variable urgent operations based on Workload Control: An assessment by simulation. IET Collaborative Intelligent Manufacturing 5:3.
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Klaus Altendorfer & Herbert Jodlbauer. (2011) Which utilization and service level lead to the maximum EVA?. International Journal of Production Economics 130:1, pages 16-26.
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Atif Shahzad & Nasser Mebarki. (2009) A Study of Tardiness Based Measures for Benchmark Priority Dispatching Rules used in Dynamic Job Shop. IFAC Proceedings Volumes 42:4, pages 1983-1988.
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Nasser Mebarki & Atif Shahzad. (2008) A procedure to compute a probabilistic bound for the maximum tardiness using stochastic simulation. IFAC Proceedings Volumes 41:2, pages 10534-10539.
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I Sabuncuoglu & A Comlekci. (2002) Operation-based flowtime estimation in a dynamic job shop. Omega 30:6, pages 423-442.
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Sebastian Engell, Frank Herrmann & Manfred Moser. 1994. Computer control of flexible manufacturing systems. Computer control of flexible manufacturing systems 75 107 .
Spyros Tzafestas & Alekos Triantafyllakis. (1993) Deterministic scheduling in computing and manufacturing systems: a survey of models and algorithms. Mathematics and Computers in Simulation 35:5, pages 397-434.
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Andrew Kusiak & Jaekyoung Ahn. (1992) Intelligent scheduling of automated machining systems. Computer Integrated Manufacturing Systems 5:1, pages 3-14.
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M. Moser & S. Engell. (1992) Comprehensive Evaluation Of Paority Rules For On-line Scheduling: The Single Machine Case. Comprehensive Evaluation Of Paority Rules For On-line Scheduling: The Single Machine Case.
M. Moser & S. Engell. (1992) A survey of priority rules for FMS scheduling and their performance for the benchmark problem. A survey of priority rules for FMS scheduling and their performance for the benchmark problem.

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