The reliability and security of safety-critical real-time systems are of utmost importance
because the failure of these systems could incur severe consequences (eg, loss of lives or …

Formal verification of real-time systems is attractive because these systems often perform
critical operations. Unlike non real-time systems, latency and response time guarantees are …

An operating system (OS) kernel forms the lowest level of any system software stack. The
correctness of the OS kernel is the basis for the correctness of the entire system. Recent …

We propose a concurrency reasoning framework for imperative programs, based on the
Owicki-Gries (OG) foundational shared-variable concurrency method. Our framework …

This thesis presents a framework aimed at significantly reducing the cost of proving
functional correctness for low-level operating systems components, designed around a new …

We present CleanQ, a high-performance operating-system interface for descriptor-based
data transfer with rigorous formal semantics, based on a simple, formally-verified notion of …

Embedded systems often need to react in a timely manner. Life-critical or mission-critical
ones require assurance that they comply with these real-time requirements. In particular …

Real-time systems power safety-critical applications that require strong isolation among
each other. Such isolation needs to be enforced at two orthogonal levels. On the micro …

FreeRTOS is a real-time operating system with configurable scheduling policies. Its
portability and configurability make FreeRTOS one of the most popular real-time operating …

FreeRTOS is a real-time kernel with configurable scheduling policies. It is one of the most
popular real-time kernel for embedded deviced due to its portability and configurability. We …