Publications associées à Partitioned real-time scheduling on heterogeneous shared-memory multiprocessors

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Scheduling periodic tasks in a hard real-time environment

Friedrich Eisenbrand, Martin Niemeier, Nicolai Hähnle

We give a rigorous account on the complexity landscape of an important real-time scheduling problem that occurs in the design of software-based aircraft control. The goal is to distribute tasks

\tau_i=(c_i,p_i)

on a minimum number of identical machines a ...

Springer-Verlag2010

Partitioned real-time scheduling on heterogeneous shared-memory multiprocessors

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Chattez avec Graph Search

Scheduling periodic tasks in a hard real-time environment

Solving an Avionics Real-Time Scheduling Problem by Advanced IP-Methods

Model-Based Estimation of Three-Dimensional Stiffness Parameters in Photonic-Force Microscopy

Deployment of job priority mechanisms in the Italian Cloud of the ATLAS experiment

On the computational complexity of periodic scheduling

Exact quantification of the sub-optimality of uniprocessor fixed-priority pre- emptive scheduling

Multi-Agent Adaptive Mechanism Leading to Optimal Real-Time Load Sharing

A PTAS for Static Priority Real-Time Scheduling with Resource Augmentation

Reflexes: programming abstractions for highly responsive computing in Java

Real-time Delay with Network Coding and Feedback

Model-Based Estimation of Three-Dimensional Stiffness Parameters in Photonic-Force Microscopy

A PTAS for Static Priority Real-Time Scheduling with Resource Augmentation

Solving an Avionics Real-Time Scheduling Problem by Advanced IP-Methods

Scheduling periodic tasks in a hard real-time environment

Deployment of job priority mechanisms in the Italian Cloud of the ATLAS experiment

Reflexes: programming abstractions for highly responsive computing in Java

On the computational complexity of periodic scheduling

Real-time Delay with Network Coding and Feedback

Exact quantification of the sub-optimality of uniprocessor fixed-priority pre- emptive scheduling

Multi-Agent Adaptive Mechanism Leading to Optimal Real-Time Load Sharing