In general computing systems, a job (process/task) may suspend itself whilst it is waiting for
some activity to complete, eg, an accelerator to return data. In real-time systems, such self …

Much of the power of modern Web comes from the ability of a Web page to combine content
and JavaScript code from disparate servers on the same page. While the ability to create …

This paper describes GPUSync, which is a framework for managing graphics processing
units (GPUs) in multi-GPU multicore real-time systems. GPUSync was designed with …

In safety-critical cyber-physical systems, the usage of multicore platforms has been
hampered by problems due to interactions across cores through shared hardware. The …

Prior work has identified several optimal algorithms for scheduling independent, implicit-
deadline sporadic (or periodic) real-time tasks on identical multiprocessors. These …

Embedded and autonomous systems are increasingly integrating AI/ML features, often
enabled by a hardware accelerator such as a GPU. As these workloads become …

Attacks on real-time embedded systems can endanger lives and critical infrastructure.
Despite this, techniques for securing embedded systems software have not been widely …

This paper presents vCAT, a novel design for dynamic shared cache management on
multicore virtualization platforms based on Intel's Cache Allocation Technology (CAT). Our …

The multicore revolution is having limited impact in safety-critical application domains. A key
reason is the “one-out-of-m” problem: when validating real-time constraints on an m-core …

Motivated by the widespread use of spin locks in embedded multiprocessor real-time
systems, the worst-case blocking in spin locks is analyzed using mixed-integer linear …