Field programmable gate arrays (FPGAs) have established themselves as one of the
preferred digital implementation platforms in a plethora of current industrial applications, and …

Field programmable systems-on-chip (FPS-oCs) are heterogeneous reconfigurable
platforms consisting of hard processors and FPGA fabric. They provide software designers …

Nowadays most research in visual recognition using Convolutional Neural Networks (CNNs)
follows the “deeper model with deeper confidence” belief to gain a higher recognition …

This paper presents an analysis of the efficiency of traditional fault-tolerance methods on
parallel systems running on top of Linux OS. It starts by studying the occurrence of software …

Partial reconfiguration is a promising technique in the design of embedded systems since it
enables an increase in efficiency and flexibility. However, its usage is still challenging due to …

A desirable feature of an electrical capacitance tomography system is the adaptation
possibility to any sensor configuration and measurement mode. A run-time reconfiguration of …

Partial reconfiguration is remaining the core technique to build adaptive systems-on-chip
(SoCs) for modern FPGA architectures. Current support for reconfiguration management …

The TULIPP project aims to facilitate the development of embedded image processing
systems with real-time and low-power constraints. In this paper, several adaptive dynamic …

A moving target detection and tracking system is critical important for autonomous mobile
robot to accomplish complicated tasks. Aiming at application requirements of our …

FPGAs have evolved from hardware accelerators to very powerful System-on-Chip
platforms, mainly thanks to the availability of increasingly powerful embedded processors …