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Real-Time Systems
Kluwer Academic Publishers
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Patmos: a time-predictable microprocessor
Schoeberl M., Puffitsch W., Hepp S., Huber B., Prokesch D. Real-Time Systems 54(2): 389-423, 2018. Type: Article
While general-purpose computing looks for a good average execution time, a vital parameter of real-time/embedded platforms (mission critical applications, like in avionics) is the worst-case execution time (WCET) [1]: the upper bounds ...
Sep 18 2018
Parameter adaptation for generalized multiframe tasks: schedulability analysis, case study, and applications to self-suspending tasks
Peng B., Fisher N. Real-Time Systems 53(6): 957-986, 2017. Type: Article
Job (task) scheduling is one of the oldest problems in mathematics, operations research, and computer science research. Basically, given a set of tasks under various constraints (required execution time, deadline, precedence among task...
Feb 26 2018
Mixed-criticality federated scheduling for parallel real-time tasks
Li J., Ferry D., Ahuja S., Agrawal K., Gill C., Lu C. Real-Time Systems 53(5): 760-811, 2017. Type: Article
In mixed-criticality systems, the same computing platform is used to execute a workload consisting of safety-critical tasks and non-safety-critical ones. Whereas the former class of tasks exposes stringent timing and performance requir...
Nov 29 2017
An efficient schedulability analysis for optimizing systems with adaptive mixed-criticality scheduling
Zhao Y., Zeng H. Real-Time Systems 53(4): 467-525, 2017. Type: Article
Mixed-criticality (MC) systems are of particular interest today. The adaptive scheduling of tasks on such systems attracts a lot of attention because of the complexity of the activity due to the high number of parameters and constraint...
Oct 16 2017
Schedulability analysis of a graph-based task model for mixed-criticality systems
Ekberg P., Yi W. Real-Time Systems 52(1): 1-37, 2016. Type: Article
This paper is concerned with the problem of scheduling sporadic mixed-criticality tasks in uniprocessor systems. In these systems, tasks may not have fixed periods but minimum inter-arrival times. Further, they may have different criti...
Jul 13 2016
Mixed-criticality scheduling on cluster-based manycores with shared communication and storage resources
Giannopoulou G., Stoimenov N., Huang P., Thiele L., Dupont de Dinechin B. Real-Time Systems 52(4): 399-449, 2016. Type: Article
Giannopoulou and colleagues describe their approach for the scheduling of mixed-criticality applications on many-core systems. The paper initially provides an overview of solutions for the scheduling and mapping of this kind of applica...
Jul 5 2016
Cache-aware compositional analysis of real-time multicore virtualization platforms
Xu M., Phan L., Sokolsky O., Xi S., Lu C., Gill C., Lee I. Real-Time Systems 51(6): 675-723, 2015. Type: Article
Virtualized platforms on multicore systems are becoming increasingly common, especially since single-core performance is now increasing ever more slowly. Virtualized platforms, however, introduce additional cache-related nondeterminism...
May 27 2016
Off-line mapping of multi-rate dependent task sets to many-core platforms
Puffitsch W., Noulard E., Pagetti C. Real-Time Systems 51(5): 526-565, 2015. Type: Article
Today, multi/many-core platforms are becoming viable solutions for achieving high performance when executing heavy loads. Indeed, the mapping and scheduling of the application tasks on the available computing resources constitute a cha...
Apr 20 2016
The limited-preemptive feasibility of real-time tasks on uniprocessors
Thekkilakattil A., Dobrin R., Punnekkat S. Real-Time Systems 51(3): 247-273, 2015. Type: Article
When it comes to real-time systems, the schedulability of a given task set will always be more likely if preemption of the running task is permitted. Preemption does, however, have some drawbacks, one of which is time spent switching t...
Oct 27 2015
Resource sharing among real-time components under multiprocessor clustered scheduling
Nemati F., Nolte T. Real-Time Systems 49(5): 580-613, 2013. Type: Article
With recent advances in microelectronics manufacturing, multicore processors have become common. A multicore processor is a single chip that contains multiple cores, or central processing units (CPUs). These cores may communicate among...
Oct 28 2013
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