Modern computer systems are often designed to play a multipurpose role. Therefore, they are capable of running a number of software components (software programs) simultaneously in parallel. These software components should share the system resources (e.g. processor and network) such that all of them run and finish their computations as expected. On the other hand, a number of software components have timing requirements meaning that they should not only access the resources, but this access should also be in a timely manner. Thus, there is a need to timely share the resources among different software components. The time-sharing is often realized by reserving a time-portion of resources for each component. Such a reservation should be adeq...
This paper proposes a novel framework and programming model for real-time applications supporting a ...
Many real-time applications have functional behaviour that requires variability in timing properties...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Management, allocation and scheduling of heterogeneous resources for complex distributed real-time a...
The fast evolution of multicore systems, combined with the need of sharing the same platform for ind...
Many industrial systems have various hardware and software functions for controlling mechanics. If t...
This thesis addresses the problem of online multi-resource management in embedded real-time systems....
When executing different real-time applications on a single processor system, one problem is how to ...
The traditional vehicle for the deployment of a real-time system has been a real-time operating syst...
Scheduling methodologies for real-time applications have been of keen interest to diverse research c...
At present, the critical computations of real-time systems are guaranteed before runtime by performi...
This dissertation presents techniques to achieve predictable execution of coarse-grained software co...
AbstractIn this paper, we present a framework for integrating real-time components in the same syste...
Since the first decade of the 21st century, improvements in computer performance are no longer achie...
This paper proposes a novel framework and programming model for real-time applications supporting a ...
Many real-time applications have functional behaviour that requires variability in timing properties...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Management, allocation and scheduling of heterogeneous resources for complex distributed real-time a...
The fast evolution of multicore systems, combined with the need of sharing the same platform for ind...
Many industrial systems have various hardware and software functions for controlling mechanics. If t...
This thesis addresses the problem of online multi-resource management in embedded real-time systems....
When executing different real-time applications on a single processor system, one problem is how to ...
The traditional vehicle for the deployment of a real-time system has been a real-time operating syst...
Scheduling methodologies for real-time applications have been of keen interest to diverse research c...
At present, the critical computations of real-time systems are guaranteed before runtime by performi...
This dissertation presents techniques to achieve predictable execution of coarse-grained software co...
AbstractIn this paper, we present a framework for integrating real-time components in the same syste...
Since the first decade of the 21st century, improvements in computer performance are no longer achie...
This paper proposes a novel framework and programming model for real-time applications supporting a ...
Many real-time applications have functional behaviour that requires variability in timing properties...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...