The duration of time for which each application locks each shared resource is critically important in composing multiple independently-developed applications upon a shared "open" platform. The concept of resource hold time (RHT) - the largest length of time that may elapse between the instant that an application system locks a resource and the instant that it subsequently releases the resource - is formally defined and studied in this paper. An algorithm is presented for computing resource hold times for every resource in an application that is scheduled using earliest deadline first scheduling, with resource access arbitrated using the stack resource policy. An algorithm is presented for decreasing these RHT's without changing the semantic...
This paper focuses on resource sharing in hierarchical.fixedpriority pre-emptive systems where a num...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
The duration of time for which each application locks each shared resource is critically important i...
The duration of time for which each application locks each shared resource is critically important i...
In scheduling hard-real-time systems, the primary objective is to meet all deadlines. We study the s...
Resource sharing in priority-based systems can give rise to priority-inversion and blocking, wherein...
This paper presents a new strategy to arbitrate the access to globally shared resources in hierarchi...
This paper presents a new strategy to arbitrate the access to globally shared resources in hierarchi...
Earliest Deadline First (EDF) is the most widely studied optimal dynamic scheduling algorithm for un...
To guarantee the timing requirements of real-time systems are satisfied, the timing behavior of the ...
With the growing complexity of modern embedded real-time systems, scheduling and managing of resourc...
Embedded systems are typically resource constrained, i.e., resources such as processors, I/O devices...
The workload of many real-time systems can be characterized as a set of preemptable jobs with linear...
Abstract—Embedded computers have become pervasive and complex. This approach entails at least three ...
This paper focuses on resource sharing in hierarchical.fixedpriority pre-emptive systems where a num...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
The duration of time for which each application locks each shared resource is critically important i...
The duration of time for which each application locks each shared resource is critically important i...
In scheduling hard-real-time systems, the primary objective is to meet all deadlines. We study the s...
Resource sharing in priority-based systems can give rise to priority-inversion and blocking, wherein...
This paper presents a new strategy to arbitrate the access to globally shared resources in hierarchi...
This paper presents a new strategy to arbitrate the access to globally shared resources in hierarchi...
Earliest Deadline First (EDF) is the most widely studied optimal dynamic scheduling algorithm for un...
To guarantee the timing requirements of real-time systems are satisfied, the timing behavior of the ...
With the growing complexity of modern embedded real-time systems, scheduling and managing of resourc...
Embedded systems are typically resource constrained, i.e., resources such as processors, I/O devices...
The workload of many real-time systems can be characterized as a set of preemptable jobs with linear...
Abstract—Embedded computers have become pervasive and complex. This approach entails at least three ...
This paper focuses on resource sharing in hierarchical.fixedpriority pre-emptive systems where a num...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...