Energy saving and system reliability are two crucial issues for designing modern
multiprocessor systems. There has been reliability-aware power management with dynamic …

Energy management is one of the crucial design issues when executing real-time
applications with stringent timing requirements. Dynamic slowdown of processor voltage if …

Efficient energy management and fault tolerance are two key issues that demand judicious
handling while scheduling real-time task-sets. Standby-sparing technique is available in …

Energy‐efficient scheduling is a step towards meeting green computing requirements. The
work in this direction mainly aims at reducing dynamic energy consumption that includes …

With ever-growing technical advances, performance of complex scientific and engineering
applications has arrived at petaflops and exaflops range. However, massive power drawn …

With the advent of the Internet of Things (IoT), energy-harvesting nonvolatile processors
(NVPs) have become promising platforms due to their durability when running on an …

In today's manufacturing landscape, creating a sustainable manufacturing system is
paramount for industries. This study meets this demand by evaluating and enhancing the …

Energy management on computing systems is one of the major concerns in both academia
and industry for several decades. However, in complex real-time distributed computing …

This simulation study integrates the reliability-centered preventive maintenance approach
and job-shop scheduling in a stochastic environment with energy consideration. Five …

Energy efficiency in heterogeneous computing systems has attracted increasing interests
due to its economic and environmental impacts during recent decades. Based on power …