This simulation study investigated the effect on mean flow time and makespan of localized scheduling rules with dynamically established priorities in a flow shop with multiple processors. The study examined the effects of problem characteristics (number of jobs, number of machine stages and number of parallel processors at each stage) and the performance of priority rules using regression analysis. Although structural characteristics explained most of the variation in performance, priority rules also had an effect. The "shortest processing time first " rule was consistently superior; its superiority was greater for mean flow time than for makespan
This paper discusses the performance of push, pull and hybrid (i.e. long pull) manufacturing schedul...
In this article the decision behaviour of four production schedulers in a truck manufacturing compan...
This paper orders in preference various scheduling policies comprised of dispatching and regeneratio...
Research Paper Series (National University of Singapore. Faculty of Business Administration); 1996-0...
The scheduling of a flow shop with multiple processors at one or more stages is a generalized case o...
This paper focuses the hybrid flow shop scheduling problem with explicit and sequence-independent se...
In this paper, a comparison and validation of various priority rules for the job shop scheduling pro...
A consistent scheduling rule is one which will ensure a job\u27s priority (relative to all other job...
The article reports the results of an experimental investigation into priority dispatching rules for...
The performance of parallel programs such as fork-join jobs is significantly affected by the choice ...
This paper presents a simulation study of several customer order and kanban sequencing/selection rul...
The paper applies permutations of six dispatching rules to a two-machine dynamic flow shop operating...
Data includes three sets of benchmark instances for the Ordered Flow Shop Scheduling problem. The be...
Research Paper Series (National University of Singapore. Faculty of Business Administration); 1996-0...
This paper deals with the design of priority rules for job shops that process multi-level assembly j...
This paper discusses the performance of push, pull and hybrid (i.e. long pull) manufacturing schedul...
In this article the decision behaviour of four production schedulers in a truck manufacturing compan...
This paper orders in preference various scheduling policies comprised of dispatching and regeneratio...
Research Paper Series (National University of Singapore. Faculty of Business Administration); 1996-0...
The scheduling of a flow shop with multiple processors at one or more stages is a generalized case o...
This paper focuses the hybrid flow shop scheduling problem with explicit and sequence-independent se...
In this paper, a comparison and validation of various priority rules for the job shop scheduling pro...
A consistent scheduling rule is one which will ensure a job\u27s priority (relative to all other job...
The article reports the results of an experimental investigation into priority dispatching rules for...
The performance of parallel programs such as fork-join jobs is significantly affected by the choice ...
This paper presents a simulation study of several customer order and kanban sequencing/selection rul...
The paper applies permutations of six dispatching rules to a two-machine dynamic flow shop operating...
Data includes three sets of benchmark instances for the Ordered Flow Shop Scheduling problem. The be...
Research Paper Series (National University of Singapore. Faculty of Business Administration); 1996-0...
This paper deals with the design of priority rules for job shops that process multi-level assembly j...
This paper discusses the performance of push, pull and hybrid (i.e. long pull) manufacturing schedul...
In this article the decision behaviour of four production schedulers in a truck manufacturing compan...
This paper orders in preference various scheduling policies comprised of dispatching and regeneratio...