Dynamic voltage scaling under EDF revisited

Feedback Dynamic Voltage Scaling DVS-EDF Scheduling: Correctness and PID-Feedback

Title of Thesis: Rtos-based Dynamic Voltage Scaling Rtos-based Dynamic Voltage Scaling

Title of Thesis: RTOS-BASED DYNAMIC VOLTAGE SCALING Degree candidate: Nuengwong Tuaycharoen Degree and year: Master of Science, 2003 Thesis directed by: Professor Bruce L. Jacob Department of Electrical and Computer Engineering Energy consumption of real-time embedded systems becomes more important as such systems are widely used in many applications. In those systems, the core processor consum...

Control-Theoretic Dynamic Frequency and Voltage Scaling

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Virtual-Machine Driven Dynamic Voltage Scaling

In current DVS approaches, voltage scaling decisions are made statically at compile time, and/or dynamically at the OS level. While this has yielded excellent results for a wide range of applications, there is an even better solution for platform independent code (such as Java bytecode) that executes on virtual machines. Such virtual machines have fine-grained execution information about the ac...

YIFAN Dynamic Voltage Scaling with Feedback

ZHU, YIFAN Dynamic Voltage Scaling with Feedback Scheduling for Real-time Embedded Systems.(Under the direction of Dr. Frank Mueller). Dynamic voltage scaling (DVS) is a promising method to reduce the power consumption of CMOS-based embedded processors. However, pure DVS techniques do not perform well for dynamic systems where the execution times of different jobs vary significantly. A novel DV...