We consider the problem of scheduling unit-sized jobs on a ring of processors with the objective of minimizing the completion time of the last job. Unlike much previous work we place restrictions on the capacity of the network links connecting processors. We give a polynomial time centralized algorithm that produces optimal length schedules. We also give a simple distributed 2-approximation algorithm
[[abstract]]Chang and Lee develop two polynomial algorithms to find an optimal schedule under the co...
We study the problem of scheduling unit execution time (UET) jobs with release dates and precedence ...
Tech ReportThis paper is a study of scheduling on a 2-processor distributed system when one processo...
We give distributed approximation algorithms for job scheduling in a ring architecture. In contrast ...
We give a distributed approximation algorithm for job scheduling in a ring architecture. In contrast...
AbstractWe study a multiprocessor task scheduling problem, in which each task requires a set of μ pr...
We studya multiprocessor task scheduling problem, in which each task requires a set of \mu processor...
We study the greedy algorithm for delivering messages with deadlines in synchronous networks. The pr...
We study the greedy algorithm for delivering messages with deadline in synchronous networks. The pro...
Typescript (photocopy).The problem addressed in this research is to determine how to efficiently sch...
AbstractWe study the greedy algorithm for delivering messages with deadlines in synchronous networks...
Scheduling a set of tasks on a set of machines so as to yield an efficient schedule is a basic probl...
This thesis studies a heuristic approach to scheduling •on a 2-processor distributed system when one...
AbstractWe consider the problem of scheduling outforests and inforests with non-uniform deadlines su...
AbstractIn this paper, a problem of scheduling an arbitrarily divisible task is considered. Taking i...
[[abstract]]Chang and Lee develop two polynomial algorithms to find an optimal schedule under the co...
We study the problem of scheduling unit execution time (UET) jobs with release dates and precedence ...
Tech ReportThis paper is a study of scheduling on a 2-processor distributed system when one processo...
We give distributed approximation algorithms for job scheduling in a ring architecture. In contrast ...
We give a distributed approximation algorithm for job scheduling in a ring architecture. In contrast...
AbstractWe study a multiprocessor task scheduling problem, in which each task requires a set of μ pr...
We studya multiprocessor task scheduling problem, in which each task requires a set of \mu processor...
We study the greedy algorithm for delivering messages with deadlines in synchronous networks. The pr...
We study the greedy algorithm for delivering messages with deadline in synchronous networks. The pro...
Typescript (photocopy).The problem addressed in this research is to determine how to efficiently sch...
AbstractWe study the greedy algorithm for delivering messages with deadlines in synchronous networks...
Scheduling a set of tasks on a set of machines so as to yield an efficient schedule is a basic probl...
This thesis studies a heuristic approach to scheduling •on a 2-processor distributed system when one...
AbstractWe consider the problem of scheduling outforests and inforests with non-uniform deadlines su...
AbstractIn this paper, a problem of scheduling an arbitrarily divisible task is considered. Taking i...
[[abstract]]Chang and Lee develop two polynomial algorithms to find an optimal schedule under the co...
We study the problem of scheduling unit execution time (UET) jobs with release dates and precedence ...
Tech ReportThis paper is a study of scheduling on a 2-processor distributed system when one processo...