In this article, we study the problem of how to maximize the throughput of a periodic real-time
system under a given peak temperature constraint. We assume that different tasks in our …

With the continuous scaling of CMOS devices, the increase in power density and system
integration level have not only resulted in huge energy consumption but also led to elevated …

With the exponential increase in power density and the relentless scaling of transistors in
VLSI circuits over the past decades, modern high-performance processors fall into a …

With the advent of heterogeneous multiprocessor architectures, efficient scheduling for high
performance has been of significant importance. However, joint considerations of reliability …

This paper studies the problem of maximizing multicore system lifetime reliability, an
important design consideration for many real-time embedded systems. Existing work has …

We study the problem of scheduling tasks onto a heterogeneous multi-core processor
platform for makespan minimization, where each cluster on the platform has a probability of …

In recent years, the design of mixed-criticality embedded systems suffering from transient
faults has attracted much attention. From the perspective of system users, it is desirable to …

The key issue of renewable generations such as solar and wind in energy harvesting system
is the uncertainty of energy availability. The characteristic of imprecise computation that …

Nowadays, multi-core processing systems have to perform complex functionalities on
densely packed multi-million gate platforms, making design issues like resource usage …

The energy issue of real-time applications with precedence-constrained tasks on
heterogeneous systems has been studied recently. With the strikingly increasing power …