We present an in-depth coverage of the comprehensive machine-checked formal verification
of seL4, a general-purpose operating system microkernel. We discuss the kernel design we …

In contrast to testing, mathematical reasoning and formal verification can show the absence
of whole classes of security vulnerabilities. We present the, to our knowledge, first complete …

While intransitive noninterference is a natural property for any secure OS kernel to enforce,
proving that the implementation of any particular general-purpose kernel enforces this …

Formal verification can provide the highest degree of software assurance. Demand for it is
growing, but there are still few projects that have successfully applied it to sizeable, real …

Even though pedestrian motion may look chaotic in most of the cases, recent studies have
shown that this motion is mainly ruled by environment and social aspects. In this paper, we …

Building on our published mechanisation of the probabilistic program logic pGCL we
present a verified lattice scheduler, a standard covert-channel mitigation technique …

This dissertation presents a survey of the theoretical and practical techniques necessary to
provably eliminate side-channel leakage through known mechanisms in component-based …

Psi-calculi is a parametric framework for extensions of the pi-calculus, with arbitrary data
structures and logical assertions for facts about data. This thesis presents broadcast psi …

Formal proofs, interactively developed and machine-checked, are a means to achieve the
highest level of assurance in the correctness of software. In larger verification projects, with …

As to studies on the human brain, researchers merely have focused on the structure,
function, etc. of the encephalic region, and the cascading failure of the encephalic region is …