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Multiprocessor Scheduling, Theory and Applications by Eugene Levner

"Multiprocessor Scheduling, Theory and Applications" ed. by Eugene Levner
InTeO | 2007 | ISBN: 3902613028 9783902613028 | 447 pages | PDF | 7 MB

A major goal of the book is to continue a good tradition - to bring together reputable researchers from different countries in order to provide a comprehensive coverage of advanced and modern topics in scheduling not yet reflected by other books. This volume contains four major parts that cover the following directions: the state of the art in theory and algorithms for classical and non-standard scheduling problems; new exact optimization algorithms, approximation algorithms with performance guarantees, heuristics and metaheuristics; novel models and approaches to scheduling; and, last but least, several real-life applications and case studies.




Contents
Preface
1 Cyclic Scheduling in Robotic Cells: An Extension of Basic Models in Machine Scheduling Theory
2 Combinatorial Models for Multi-agent Scheduling Problems
3 Scheduling under Unavailability Constraints to Minimize Flow-time Criteria
4 Scheduling with Communication Delays
5 Minimizing the Weighted Number of Late Jobs with Batch Setup Times and Delivery Costs on a Single Machine
6 On-line Scheduling on Identical Machines for Jobs with Arbitrary Release Times
7 A NeuroGenetic Approach for Multiprocessor Scheduling
8 Heuristics for Unrelated Parallel Machine Scheduling with Secondary Resource Constraints
9 A hybrid genetic algorithm for the re-entrant flow-shop scheduling problem
10 Hybrid Search Heuristics to Schedule Bottleneck Facility in Manufacturing Systems
11 Solving a Multi-Objective No-Wait Flow Shop Problem by a Hybrid Multi-Objective Immune Algorithm
12 Concurrent Openshop Problem to Minimize the Weighted Number of Late Jobs
14 Scheduling with Setup Considerations: An MIP Approach
15 A New Mathematical Model for Flexible Flow Lines with Blocking Processor and Sequence-Dependent Setup Time
16 Hybrid Job Shop and parallel machine scheduling problems: minimization of total tardiness criterion
17 Identical Parallel Machine Scheduling with Dynamical Networks using Time-Varying Penalty Parameters
18 A Heuristic Rule-Based Approach for Dynamic Scheduling of Flexible Manufacturing Systems
19 A geometric approach to scheduling of concurrent real-time processes sharing resources
20 Sequencing and scheduling in the sheet metal shop
21 Decentralized scheduling of baggage handling using multi-agent technologies
22 Synchronized scheduling of manufacturing and 3PL transportation
23 Scheduling for Dedicated Machine Constraint

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