The predictability of execution qualities including timeliness, power consumption, and fault-
tolerability is of utmost importance for the successful introduction of multi-core architectures …

The recent trend towards tile-based manycore architectures has helped to tackle the
memory wall by physically distributing memories and processing nodes. Distributed …

To improve scalability, some many-core architectures abandon global cache coherence, but
still provide a shared address space. Partitioning the shared memory and communicating …

Networks on Chip (NoC) come along with increased complexity from the implementation
and management perspective. This leads to higher energy consumption and programming …

In this paper we present an interconnect framework for FPGAs based on multi gigabit
transceivers (MGTs), typically available in modern reconfigurable devices. The framework …

Dependability and fault tolerance will play an ever increasing role when using future
technology nodes. The paper presents a fault-tolerance strategy for invasive networks on …

The size of current multi-processor system-on-chip (MPSoC) is growing unsustainable.
Besides, new decentralized software approaches are being developed to handle the …

We present an efficient pixel-sampling technique for histogram-based search. Given a
template image as a query, a typical histogram-based algorithm aims to find the location of …

The recent trend towards tile-based manycore architectures has helped to tackle the
memory wall by physically distributing memories and processing nodes. However, this …

As a consequence of technology scaling, today's complex multi-processor systems have
become more and more susceptible to errors. In order to satisfy reliability requirements, such …