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內容簡介: |
本书中文书名为《流程工业智能调度模型与优化算法研究》。调度问题作为运筹学、计算机科学以及工业工程等多个学科领域的交叉点一直以来都受到广泛关注。本书以流程工业车间调度问题为主要研究对象,从问题基本性质的理论解析、结合性质特征的求解策略设计基于求解策略的调度算法研发三个层面展开研究,并结合钢铁工业生产的实际需求,对炼钢-连铸、热轧等关键生产阶段中的调度问题及其优化算法展开研究,本书旨在推动和丰富先进制造管理和生产调度理论的发展,在实践上为石油化工、钢铁生产、新材料制造等高端制造业领域的精益化生产管理提供了理论依据,
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關於作者: |
王柏琳女,北京科技大学经济管理学
院,副教授。
袁帅鹏 男,北京科技大学经济管理学
院,讲师。
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目錄:
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PART Ⅰ Theoretical knowledge of scheduling
Chapter 1 Overview of scheduling problems
1. 1 Introduction to production scheduling problems
1. 2 Overview of flow shop scheduling problems
1. 3 Overview of compact scheduling problems in the process industry
1. 4 Research status of compact scheduling problems
1. 5 Overview of group scheduling problems in the process industry
1. 6 Research status of flow shop group scheduling problems
1. 7 Practical scheduling problems in steel industry
References
Chapter 2 Overview of scheduling algorithms
2. 1 Introduction
2. 2 Classic scheduling methods
2. 3 Intelligent scheduling methods
2. 4 Integrated methods
References
PART Ⅱ Research on flow shop scheduling
problems in the process production
Chapter 3 Two-machine flow shop group scheduling problem with
job-related blocking and transportation times
3. 1 Introduction
3. 2 Literature review
3. 3 Problem description and mathematical model
3. 4 Complexity analysis
3. 5 Co-evolutionary genetic algorithm (CGA)
3. 6 Computational experiments
3. 7 Conclusions
References
Chapter 4 Multi-stage flow shop group scheduling problem with
sequence-dependent setup and transportation times
4. 1 Introduction
4. 2 Problem description and mathematical model
4. 3 Co-evolutionary discrete differential evolution algorithm (CDDEA)
4. 4 Two lower bounds
4. 5 Computational experiments
References
Chapter 5 Group scheduling problem with transportation capacity
constraints
5. 1 Introduction
5. 2 Literature review
5. 3 Problem description and mathematical model
5. 4 Problem analysis
5. 5 Solving algorithm
5. 6 Experimental results and discuss
5. 7 Conclusions
References
Chapter 6 Permutation flow shop scheduling with time-lag constraints
and makespan criterion
6. 1 Introduction
6. 2 Related works
6. 3 Problem description
6. 4 Reversibility property
6. 5 Constructive heuristic
6. 6 Computational experiments
6. 7 Conclusions
References
Chapter 7 Permutation flow shop scheduling with limited waiting
times and job rejection
7. 1 Introduction
7. 2 Problem description
7. 3 Co-evolutionary genetic algorithm
7. 4 Numerical experiments
7. 5 Conclusion
References
PART Ⅲ Research on hybrid flow shop scheduling
problems in the process production
Chapter 8 Two-stage hybrid flow shop scheduling with simultaneous
processing machines
8. 1 Introduction
8. 2 Related work
8. 3 Mathematical programming model
8. 4 Properties
8. 5 Algorithm framework
8. 6 Constructive heuristics
8. 7 Computational experiments
8. 8 Conclusions
References
Chapter 9 Hybrid flow shop group scheduling with unrelated parallel
machines and sequence-dependent setup times
9. 1 Introduction
9. 2 Problem description and mathematical model
9. 3 Enhanced migrating birds optimization algorithm
9. 4 Computational experiments
9. 5 Conclusions
References
Chapter 10 Hybrid flow shop group scheduling with sequence-dependent
setup times and transportation times
10. 1 Introduction
10. 2 Problem description and mathematical model
10. 3 Co-evolutionary memetic algorithm (CMA)
10. 4 Experimental results and analysis
10. 5 Conclusions
References
PART Ⅳ Research on practical scheduling
problems in the steel industry
Chapter 11 Multi-objective static scheduling for steelmaking-continuous
casting based on improved NSGA-Ⅱ
11. 1 Introduction
11. 2 Steelmaking- continuous casting scheduling model
11. 3 Improved NSGA-Ⅱ
11. 4 Computational experiments
11. 5 Conclusions
References
Chapter 12 CSP-based dynamic scheduling for steelmaking-continuous
casting with conticaster breakdown
12. 1 Introduction
12. 2 Problem description and mathematical model
12. 3 Dynamic CSP-based algorithm
12. 4 Computational experiments
12. 5 Conclusions
References
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