Scheduling analysis and correction for dependent real-time tasks upon heterogeneous multiprocessor architectures
Current real-time systems applications are mostly large-scale, where tasks are intrinsically
time-constrained and meaningfully dependent. Nevertheless, while the initial partitioning …
time-constrained and meaningfully dependent. Nevertheless, while the initial partitioning …
A clustering allocation and scheduling analysis approach for multiprocessor dependent real-time tasks
The ultimate objective in this paper is to propose a new method for dependent tasks
clustering by considering the inter-tasks communication cost, the inter-clusters …
clustering by considering the inter-tasks communication cost, the inter-clusters …
Scheduling algorithms on heterogeneous architecture for efficient vision systems
T Ali, G Paul, R Nicol… - Applications of Digital …, 2024 - spiedigitallibrary.org
Deep Neural Network (DNN) algorithms have become ubiquitous within the vision domain,
encompassing various tasks, including object detection, segmentation, and classification …
encompassing various tasks, including object detection, segmentation, and classification …
Scheduling analysis and correction of periodic real time systems with tasks migration
Satisfying a real-time system (RTS) timing constraints is a serious deal for the prevention or
the decreasing of the human and economic possible problems. In this vein, multiprocessor …
the decreasing of the human and economic possible problems. In this vein, multiprocessor …
Sac-tool: a tool for scheduling analysis and correction of multiprocessor real time systems
For several years, real time systems (RTS) have been continuously growing and complex.
The time needed for their development is consequently very important and their accuracy is …
The time needed for their development is consequently very important and their accuracy is …
Real‐time partitioned scheduling: Exploiting the inter‐resource affinity for task allocation on multiprocessors
Real‐time edge computing is forging its place in cloud computing rapidly, and requirements
for high‐performance edge devices are becoming increasingly complex. Multiprocessor …
for high‐performance edge devices are becoming increasingly complex. Multiprocessor …