Event-B model of a two-level hierarchical scheduling system with local resource sharing managed by time division multiplexing global scheduler and two alternative local schedulers refined by the nondeterministic queue-based scheduling policy. Developed to support a special issue of ABZ2018 in Science of Computer Programming. Track paper: Formalizing Hierarchical Scheduling for Refinement of Real-Time Systems. DOI: https://doi.org/10.1016/j.scico.2020.102390</span
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
The Event-B formalism offers a stepwise development approach for managing complexity in system desig...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Component-based engineering is a popular design strategy for multi-functional and complex real-time ...
Component-based engineering is a popular design strategy for multi-functional and complex real-time ...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
Journal ArticleWe have developed a new way to look at real-time and embedded software: as a collecti...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
Nowadays, real-time embedded computing systems are widely used in safety-critical environments such ...
Abstract—Hierarchical scheduling allows reservation of pro-cessor bandwidth and the use of different...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
The Event-B formalism offers a stepwise development approach for managing complexity in system desig...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Hierarchical scheduling (also referred to as resource reservation) is a hot topic within the researc...
Component-based engineering is a popular design strategy for multi-functional and complex real-time ...
Component-based engineering is a popular design strategy for multi-functional and complex real-time ...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
Journal ArticleWe have developed a new way to look at real-time and embedded software: as a collecti...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
Nowadays, real-time embedded computing systems are widely used in safety-critical environments such ...
Abstract—Hierarchical scheduling allows reservation of pro-cessor bandwidth and the use of different...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...
In this paper we consider various flavors of the stack resource policy (SRP) for arbitrating access ...