This paper explores the energy-efficient scheduling of real-time tasks on a non-ideal DVS
processor in the presence of resource sharing. We assume that tasks are periodic …

Nowadays, one of the most challenging design issues of battery-driven real-time embedded
systems is how to reduce energy consumption such that the battery life can be prolonged …

In this paper, we are interested in the energy-efficient scheduling of dependent real-time
tasks which may access multiunit resources. Based on the well-known stack resource policy …

Dynamic voltage scaling techniques are widely used in multicore embedded systems for
energy conservation. The tasks of such systems are synchronized through the mutually …

In this paper, we are interested in energy-efficient concurrency control for real-time tasks on
a non-ideal DVS processor. Based on well-known ceiling-based concurrency control …

With the development of streaming media, soft real-time system in today's life could
participate in the use of more extensive areas. The use frequency was also increasing …

Nowadays, multi-core processors are increasingly adopted in embedded systems. These
processors can achieve energy consumption minimization by employing dynamic …

In this paper, we are interested in the energy-efficient scheduling of real-time tasks which
may access lock-free objects in a non-ideal DVS processor. Compared to conventional lock …

On-line energy-efficient real-time task scheduling for a heterogeneous dual-core system-on-
a-chip is a challenging problem due to precedence constraints and the varied properties of …

Embedded system works everywhere for repeatedly performing a few particular
functionalities. Well‐known products include consumer electronics, smart home …