Heterogeneous reconfigurable systems provide drastically higher performance and lower
power consumption than traditional CPU-centric systems. Moreover, they do it at much lower …

Reconfigurable architectures can bring unique capabilities to computational tasks. They
offer the performance and energy efficiency of hardware with the flexibility of software. In …

Reconfigurable Computing marks a revolutionary and hot topic that bridges the gap
between the separate worlds of hardware and software design—the key feature of …

Coarse Grained Reconfigurable Architectures (CGRAs) have played a key role in the area of
domain specific processors due to their programmability and runtime reconfigurability. The …

Abstract Architecture for Dynamically Reconfigurable Embedded Systems (ADRES) is a
templatized coarse-grained reconfigurable processor architecture. It targets at embedded …

Nowadays, a typical embedded system requires high performance to perform tasks such as
video encoding/decoding at run-time. It should consume little energy to work hours or even …

To cope with the increasing demand for higher computational power and flexibility,
dynamically reconfigurable blocks have become an important part inside a system-on-chip …

Asynchronous algorithms have been demonstrated to improve scalability of a variety of
applications in parallel environments. Their distributed adaptations have received relatively …

Reconfiguration delay is one of the major barriers in the way of dynamically adapting a
system to its application requirements. The run-time reconfiguration delay is quite …

The most common reconfigurable devices today are field programmable gate arrays,
FPGAs. Aim of this paper is to propose a design methodology for dynamically reconfigurable …