[PDF][PDF] Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic Frequency Scaling and Worst-Case Execution Time Aware Scheduling

T Jerabek, B Aigner, F Gerstmayer, J Hausladen - personales.upv.es
Embedded systems are at the core of many new emerging technologies and applications,
deeply integrated into our daily lives. Especially, the demand for battery-powered solutions …

[引用][C] Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic Frequency Scaling and Worst-Case Execution Time Aware Scheduling

T Jerabek, B Aigner, F Gerstmayer, J Hausladen - 2019 - opus.technikum-wien.at
OPUS 4 | Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic
Frequency Scaling and Worst-Case Execution Time Aware Scheduling Deutsch Login Open …

[PDF][PDF] Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic Frequency Scaling and Worst-Case Execution Time Aware Scheduling

T Jerabek, B Aigner, F Gerstmayer, J Hausladen - academia.edu
Embedded systems are at the core of many new emerging technologies and applications,
deeply integrated into our daily lives. Especially, the demand for battery-powered solutions …

[引用][C] Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic Frequency Scaling and Worst-Case Execution Time Aware Scheduling

T Jerabek, B Aigner, F Gerstmayer, J Hausladen - 2019 - opus.technikum-wien.at
OPUS 4 | Energy-Efficient Real-Time Operating Systems: An Approach using Dynamic
Frequency Scaling and Worst-Case Execution Time Aware Scheduling Deutsch Login Open …