Add to ORKGA precedence graph is a DAG. Nodes represent tasks and edges indicate the order in which tasks are to be completed. In particular, a task can execute as soon as all of its predecessors have been completed. 1. Given the following precedence graph
Abstract—In distributed computing environment, efficient task scheduling is essential to obtain high...
Scheduling precedence graphs with communication times is the theoretical basis for achieving efficie...
International audienceThe timing requirements of real-time systems can be guaranteed by well-designe...
International audienceThe design of cyber–physical systems (CPSs) is facing the explosion of new fun...
Reasoning on precedence relations is crucial for many planning and scheduling systems. In this paper...
This paper considers the schedulability analysis of real-time distributed applications where tasks m...
This paper improves lower bounds on the minimum number of processors and minimum time to execute a g...
Abstract. In this paper we consider the problem of scheduling prece-dence task graphs in parallel pr...
This paper improves lower bounds on the minimum number of processors and minimum time to execute a g...
When a parallel computation is represented in a formalism that imposes series-parallel structure on ...
Task graphs are used for scheduling tasks on parallel processors when the tasks have dependencies. I...
We explore the finish-to-start precedence relations of project activities used in scheduling problem...
Most parallel real-time applications can be modeled as directed acyclic graph (DAG) tasks. Intra-tas...
This paper presents a distributed algorithm for the partial precedence constrained scheduling proble...
Parallel programs are usually modeled by task graphs which are directed acyclic graphs. Their vertic...
Abstract—In distributed computing environment, efficient task scheduling is essential to obtain high...
Scheduling precedence graphs with communication times is the theoretical basis for achieving efficie...
International audienceThe timing requirements of real-time systems can be guaranteed by well-designe...
International audienceThe design of cyber–physical systems (CPSs) is facing the explosion of new fun...
Reasoning on precedence relations is crucial for many planning and scheduling systems. In this paper...
This paper considers the schedulability analysis of real-time distributed applications where tasks m...
This paper improves lower bounds on the minimum number of processors and minimum time to execute a g...
Abstract. In this paper we consider the problem of scheduling prece-dence task graphs in parallel pr...
This paper improves lower bounds on the minimum number of processors and minimum time to execute a g...
When a parallel computation is represented in a formalism that imposes series-parallel structure on ...
Task graphs are used for scheduling tasks on parallel processors when the tasks have dependencies. I...
We explore the finish-to-start precedence relations of project activities used in scheduling problem...
Most parallel real-time applications can be modeled as directed acyclic graph (DAG) tasks. Intra-tas...
This paper presents a distributed algorithm for the partial precedence constrained scheduling proble...
Parallel programs are usually modeled by task graphs which are directed acyclic graphs. Their vertic...
Abstract—In distributed computing environment, efficient task scheduling is essential to obtain high...
Scheduling precedence graphs with communication times is the theoretical basis for achieving efficie...
International audienceThe timing requirements of real-time systems can be guaranteed by well-designe...