With increasing costs of energy consumption and cooling, power management in server
clusters has become an increasingly important design issue. Current clusters for real-time …

The paper considers the challenge of maximizing the quality of information collected to meet
decision needs of real-time Internet-of-Things applications. A novel scheduling model is …

The periodic update transaction model has been used to maintain the freshness (or
temporal validity) of real-time data. Period and deadline assignment has been the main …

The Internet of Things heralds a new generation of data-centric applications, where
controllers connect to large numbers of heterogeneous sensing devices. We consider a …

A real-time object is one whose state may become invalid with the passage of time. A
temporal validity interval is associated with the object state, and the real-time object is …

Maintaining the freshness of real-time data is one of the crucial design issues in cyber-
physical systems (CPS). Past studies have focused on designing update algorithms to …

This article explores how to optimize the freshness of real-time data for energy harvesting
(EH)-based networked embedded systems (NESs) with energy constraints. We introduce the …

Maintaining sensor data validity while exercising timely control is crucial in real-time sensing
and control systems. The goal of scheduling algorithms deployed in such systems is to …

Temporal consistency analysis is an important problem in Real-Time Database Systems
(RTDBSs). Most of existing works on hybrid transaction co-scheduling focus on exploring …

Scheduling real-time update transactions to maintain data freshness is an important issue in
real-time database system design, especially for data-intensive embedded applications …