Embedded real-time systems are usually adopted on platforms with constrained resources
in energy, but these systems have been required more and more powerful, of which, the …

More and more power-aware real-time embedded systems use DVFS (dynamic
voltage/frequency scaling) technology to save energy and prolong battery life. DVFS …

Dynamic voltage frequency scaling (DVFS) has been an efficient technology in minimizing
the energy consumption of real-time embedded systems. Many prior studies have attempted …

Energy efficiency considerations are required for resource reservations in real-time systems.
However, current systems lack considerations of energy efficiency when calculating the …

Power consumption is one of the most critical challenges in real-time systems. Dynamic
voltage and frequency scaling (DVFS) has been widely used to balance performance and …

Nowadays, real-time embedded systems are facing concerns like power consumption and
increased functionalities demand. Approaches based on Dynamic Voltage and Frequency …

As high quality real-time service demands on smart device applications are rapidly
increasing, offloading the application task to the edge server to reduce total response time is …

Modern real-time systems based on heterogeneous multicore platforms can efficiently meet
the disparate and high computation needs of the applications. The management of energy …

Developing energy-efficient schedulers for real-time heterogeneous platforms executing
periodic tasks is an onerous as well as a computationally challenging issue. This research …

Embedded systems have evolved significantly in recent years, mainly due to advances in
technology, cost reduction of electronic equipment, and the popularization of mobile …