Performance evaluation of thermal-constrained scheduling strategies in multi-core systems
The increasing usage of multi-cores in safety-critical applications, such as autonomous
control, demands high levels of reliability, which crucially depends on the temperature. On …
control, demands high levels of reliability, which crucially depends on the temperature. On …
[PDF][PDF] Performance Evaluation of Thermal-Constrained Scheduling Strategies in Multi-Core Systems
C Baier, A Kumar - researchgate.net
The increasing usage of multi-cores in safety-critical applications, such as autonomous
control, demands high levels of reliability, which crucially depends on the temperature. On …
control, demands high levels of reliability, which crucially depends on the temperature. On …
Performance Evaluation of Thermal-Constrained Scheduling Strategies in Multi-core Systems
S Klüppelholz, C Baier, A Kumar - Performance Engineering - Springer
The increasing usage of multi-cores in safety-critical applications, such as autonomous
control, demands high levels of reliability, which crucially depends on the temperature. On …
control, demands high levels of reliability, which crucially depends on the temperature. On …
Performance Evaluation of Thermal-Constrained Scheduling Strategies in Multi-core Systems
MU Sardar, C Dubslaff, S Klüppelholz… - 16th European …, 2020 - research.tue.nl
The increasing usage of multi-cores in safety-critical applications, such as autonomous
control, demands high levels of reliability, which crucially depends on the temperature. On …
control, demands high levels of reliability, which crucially depends on the temperature. On …