Modern automotive-grade embedded computing platforms feature high-performance
Graphics Processing Units (GPUs) to support the massively parallel processing power …

During the last decade, there has been a considerable interest in using Linux in real‐time
systems, especially for industrial control. The simple and elegant design of Linux guarantees …

In this paper, the Multiprocessor Bandwidth Inheritance (M-BWI) protocol is presented, which
constitutes an extension of the Bandwidth Inheritance (BWI) protocol to symmetric …

Open real-time systems provide for co-hosting hard-, soft-and non-real-time applications.
Microkernel-based designs in addition allow for these applications to be mutually protected …

Component-based design encapsulates and isolates state and the operations on it, but
timing semantics cross-cut these boundaries when a real-time task's control flow spans …

Component-based design can encapsulate and isolate state and the operations on it, but
timing semantics crosscut these boundaries when a real-time task's control flow spans …

We study the problem of executing a collection of independently designed and validated
task systems upon a common platform composed of a preemptive processor and additional …

Abstract The Multiprocessor Bandwidth Inheritance (M-BWI) protocol is an extension of the
Bandwidth Inheritance (BWI) protocol for symmetric multiprocessor systems. Similar to …

In this paper we consider a spin-based multi-processor locking protocol, named the
Multiprocessor resource sharing Protocol (MrsP). MrsP adopts a helping-mechanism where …

Scheduling theory generally assumes that real-time systems are mostly composed of
activities with hard real-time requirements. Many systems are built today by composing …