Graphics Processing Unit (GPU) devices and their associated software programming
languages and frameworks can deliver the computing performance required to facilitate the …

Modern transportation and industrial domain safety-critical applications, such as
autonomous vehicles and collaborative robots, exhibit a combination of escalating software …

Autonomous systems represent a significant leap forward in the ongoing technological
evolution of dependable and safety-related systems, integrating features such as artificial …

Random number generation is essential for applications in simulation, numerical analysis,
and data encryption. The ubiquitous presence of system-on-chip (SoC) field-programmable …

Safety-critical systems play a significant role in industrial domains, and their complexity is
increasing with advanced technologies such as Artificial Intelligence (AI). To provide efficient …

Many thousands of research papers have been written about how to schedule a set of tasks
in a system with a limited amount of resources such that all tasks will meet their deadlines …

The primary objective of this book is to serve as a textbook for students who take a senior
undergraduate or a first-year graduate course on real-time embedded systems, also called …

In a component-based distributed real-time system, we distinguish two levels of system
administration, the coordination of the message-based communication and resource …

Due to advancements in embedded hardware platforms, implementing subsystems of
varying criticality levels on the same hardware platform is a trend for modern real-time …

Driven by China's demand of independent high-end software, IT (information technology)
innovation gradually comes into people's lives. In this area, operating system as an …