One of the key future challenges for reconfigurable computing is to enable higher design
productivity and a more easy way to use reconfigurable computing systems for users that are …

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 …

The expansion of FPGA technology in numerous application fields is a fact. Single Event
Effects (SEE) are a critical factor for the reliability of FPGA based systems. For this reason, a …

This article presents a new solution for easing the development of reconfigurable
applications using Field-Programable Gate Arrays (FPGAs). Namely, our Reliable …

Industry 4.0 is a reality through the use of intelligent networks capable of gathering and
analyzing data and acting on it autonomously. However, important advancements can be …

In this monograph, we survey recent research on using reconfigurable hardware
accelerators, namely, Field Programmable Gate Arrays (FPGAs), to accelerate analytical …

Future systems will be characterized by the presence of many computing core in a single
device, on large scale data centers or even at the level of IoT devices. The ability to fully …

This paper presents a comprehensive software-based technique that is capable of detecting
soft errors in embedded systems. Soft errors can be categorized into Control Flow Errors …

Design disjunction is developed to offer a broad coverage, high resolution, and low
overhead approach to online diagnosis and recovery of reconfigurable fabrics. Design …

To date, only a tiny fraction of reconfigurable task placement algorithms is targeted at
modern heterogeneous field-programmable gate array (FPGA) architecture, and they often …