Abstract The scheduling of mixed-criticality implicit-deadline sporadic task sys-tems on identical multiprocessor platforms is considered. Two approaches, one for global and another for partitioned scheduling, are described. Theoretical analyses and simulation experiments are used to compare the global and partitioned schedul-ing approaches
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
While traditional real-time systems analysis requires single pessimistic estimates to represent syst...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
Abstract — The scheduling of mixed-criticality implicit-deadline sporadic task systems on identical ...
A mixed criticality (MC) workload consists of components of varying degrees of importance (or \u27cr...
The relevance and popularity of mixed-criticality real-time systems precipitously increase in many i...
Motivated by the increasing trend in embedded systems towards platform integration, there has been a...
In this paper we consider the problem of mixed-criticality (MC) scheduling of implicit-deadline spor...
Abstract—Scheduling mixed-criticality systems that integrate multiple functionalities with different...
There is an increasing trend in embedded systems towards implementing multiple functionalities upon ...
The advent of multicore processors has attracted many safety-critical systems, e.g., automotive and ...
Motivated by the increasing trend in embedded systems towards platform integration, there has been a...
Traditional fixed-priority scheduling analysis for periodic and sporadic task sets is based on the a...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
While traditional real-time systems analysis requires single pessimistic estimates to represent syst...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
Abstract — The scheduling of mixed-criticality implicit-deadline sporadic task systems on identical ...
A mixed criticality (MC) workload consists of components of varying degrees of importance (or \u27cr...
The relevance and popularity of mixed-criticality real-time systems precipitously increase in many i...
Motivated by the increasing trend in embedded systems towards platform integration, there has been a...
In this paper we consider the problem of mixed-criticality (MC) scheduling of implicit-deadline spor...
Abstract—Scheduling mixed-criticality systems that integrate multiple functionalities with different...
There is an increasing trend in embedded systems towards implementing multiple functionalities upon ...
The advent of multicore processors has attracted many safety-critical systems, e.g., automotive and ...
Motivated by the increasing trend in embedded systems towards platform integration, there has been a...
Traditional fixed-priority scheduling analysis for periodic and sporadic task sets is based on the a...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
While traditional real-time systems analysis requires single pessimistic estimates to represent syst...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...