A significant amount of research has been conducted in the past on compositional real-time scheduling as it has become a useful foundational theory for real-time operating systems and hypervisors. However, compositional frameworks suffer from abstraction overhead in composing components. In this paper, we decompose the abstraction overhead into: 1) supply abstraction overhead associated with the supply from a resource provider and 2) demand abstraction overhead associated with the component workload. Then, we provide sufficient conditions for each abstraction overhead to be eliminated. In addition, this paper provides a heuristic technique that transforms a component to satisfy the sufficient conditions so that the abstraction overhead can ...
Complex real-time embedded systems can be developed using component based design methodologies. Timi...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Much recent research has been conducted on compositional real-time scheduling framework as the frame...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
Abstract—Over the past decade, interface-based compositional schedulability analysis has emerged as ...
Over the past decade, interface-based compositional schedulability analysis has emerged as an effect...
Real-Time System The hierarchical real-time scheduling framework is a widely accepted model to facil...
Over the past decade, interface-based compositional schedulability analysis has emerged as an effect...
It is desirable to develop large complex systems using components based on systematic abstrac-tion a...
Compositional schedulability analysis of hierarchical realtime systems is a well-studied problem. V...
Compositional schedulability analysis of hierarchical real-time systems is a well-studied problem. V...
Compositional reasoning on hierarchical scheduling systems is a well-founded formal method that can ...
Many previously proposed interface models for composability analysis of hierarchical scheduling are ...
Interface Algebra for Analysis of Hierarchical Real-Time Systems Complex real-time embedded systems ...
Complex real-time embedded systems can be developed using component based design methodologies. Timi...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Much recent research has been conducted on compositional real-time scheduling framework as the frame...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
Abstract—Over the past decade, interface-based compositional schedulability analysis has emerged as ...
Over the past decade, interface-based compositional schedulability analysis has emerged as an effect...
Real-Time System The hierarchical real-time scheduling framework is a widely accepted model to facil...
Over the past decade, interface-based compositional schedulability analysis has emerged as an effect...
It is desirable to develop large complex systems using components based on systematic abstrac-tion a...
Compositional schedulability analysis of hierarchical realtime systems is a well-studied problem. V...
Compositional schedulability analysis of hierarchical real-time systems is a well-studied problem. V...
Compositional reasoning on hierarchical scheduling systems is a well-founded formal method that can ...
Many previously proposed interface models for composability analysis of hierarchical scheduling are ...
Interface Algebra for Analysis of Hierarchical Real-Time Systems Complex real-time embedded systems ...
Complex real-time embedded systems can be developed using component based design methodologies. Timi...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...