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A+ 받은 Manufacturing Scheduling에 관한
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목차

1. Basic notations for Manufacturing Scheduling
2. Scheduling n Operations on a Single Machine
3. Scheduling Flexible Forging Machine
4. Two-Machine Flowshop Model
5. Two-Machine Job Shop Model
6. Special Case of Three-Machine Flow Shop Model
7. Scheduling Model for m Machines and n Operations
8. Heuristic Scheduling of Multiple Resources
9. Resource-Based Scheduling Rule

본문내용

*In the theory of deterministic machine scheduling
-A set of parts(jobs) is to be processed
A part(job) may consist of a number of operations
Each operation is to be processed by at most one machine at a time
-On a set of machines(processors)
All machining parameters are assumed to be known in advance
-In order to min.max a certain performance measure

*Two modes of processing
-Depending on the way the parts visit machines
-Flow shop
All parts flow in one direction
-Job shop
Parts may flow in different directions
A machine can be visited more than once by the same part

*Data that characterize operation, oi
*Preemptive
-Mode of processing
-An operation may be preemptive at any time and restarted later no cost, perhaps on another machine

참고 자료

Peng and Chen (1998)
Enabling the adoption of various short-term scheduling policies when responding to dynamic shop floor changes
Laursen (1998)
An architecture for real-time control of one-of-a-kind production
Fang and Xi (1997)
Job shop scheduling where job arrive continuously, machines break down, and due dates may change during processing
Genetic algorithm + dispatching rules for job shop scheduling with sequence-dependent setup time and due date constraints
Li (1996)
Flow time performance of a job shop by constructing a modular simulation model using SLAM(a discrete-event simulation language)
Li (1993)
Defined several rescheduling factors
“Independent affected operations” and “dependent affected operations”