Thermal hot spots and unbalanced temperatures between cores on chip can cause either
degradation in performance or may have a severe impact on reliability, or both. In this paper …

Networks-on-chip (NoCs) are a widely recognized viable interconnection paradigm to
support the multi-core revolution. One of the major design issues of multicore architectures is …

This paper presents a Monte Carlo-based framework for the estimation of lifetime reliability
of multicore systems. Existing mathematical tools either consider only the time to the first …

The increasing pervasiveness of mobile and embedded devices (IoT/Edge), combined with
the access to Cloud infrastructures, makes it possible to build scalable distributed systems …

Abstract Network-on-Chip (NoC) is a flexible and scalable solution to interconnect multi-
cores, with a strong influence on the performance of the whole chip. On-chip network affects …

In spite of the development of the Prognostics and Health Management (PHM) during past
decades, the reliability prognostics of engineered systems under time-varying external …

We discuss collisions that are of interest to multiprocessor verification. Collisions occur when
different processes access a shared resource. We investigate how the results of such …

Dopravní systémy patří do kritické infrastruktury. Jsou složité a jejich struktura má povahu
socio-kyber-fyzickou (technickou). Při jejich řízení se ve značné míře dnes využívají …

Abstract Networks-on-Chip (NoCs) are considered a viable solution to fully exploit the
computational power of multi-and many-cores, but their non negligible power consumption …

Multi-core processors come with several cores integrated on a single die. They often work
incessantly under high thermal stress, leading to severe wear-out. Server-class multi-cores …