In the CHAMELEON project a reconfigurable systems-architecture, the Field Programmable Function Array (FPFA) is introduced. FPFAs are reminiscent to FPGAs, but have a matrix of ALUs and lookup tables instead of Configurable Logic Blocks (CLBs). The FPFA can be regarded as a low power reconfigurable accelerator for an application specific domain. In this paper we show how the SISO (Soft Input Soft Output) module of the Turbo decoding algorithm can be mapped on the reconfigurable FPFA
In this paper, we propose a power- and area-efficient architecture of Turbo decoder. In order to imp...
Embedded systems are application-specific computers that interact with the physical world. Reconfigu...
In this thesis, a new algorithm for Turbo codes and a novel implementation of turbo decoder employed...
In the CHAMELEON project a reconfigurable systems-architecture, the Field Programmable Function Arra...
Computational-intensive parts of algorithms often execute energy-inefficient on general-purpose proc...
This position paper discusses reconfigurability issues in low-power hand-held multimedia systems. A ...
Advancement in low-power hand-held multimedia systems requires exploration of novel system architect...
An architecture for a hand-held multimedia device requires components that are energy-efficient, fle...
In this paper, an original method for the synthesis of one part of block turbo decoder is presented....
Advance in low-power hand-held multimedia systems requires exploration of novel system architectures...
This thesis is aimed to implement turbo decoder with various iteratie decoding algorithms, and to co...
An area and computational-time efficient turbo decoder implementation on a reconfigurable processor ...
The introduction of turbo codes in 1993 was a breakthrough in constructing error correction codes th...
Turbo codes are a class of state-of-the-art error correction codes, which has been demonstrated to a...
International audienceIn the field of mobile communication systems, the energy issue of a turbo deco...
In this paper, we propose a power- and area-efficient architecture of Turbo decoder. In order to imp...
Embedded systems are application-specific computers that interact with the physical world. Reconfigu...
In this thesis, a new algorithm for Turbo codes and a novel implementation of turbo decoder employed...
In the CHAMELEON project a reconfigurable systems-architecture, the Field Programmable Function Arra...
Computational-intensive parts of algorithms often execute energy-inefficient on general-purpose proc...
This position paper discusses reconfigurability issues in low-power hand-held multimedia systems. A ...
Advancement in low-power hand-held multimedia systems requires exploration of novel system architect...
An architecture for a hand-held multimedia device requires components that are energy-efficient, fle...
In this paper, an original method for the synthesis of one part of block turbo decoder is presented....
Advance in low-power hand-held multimedia systems requires exploration of novel system architectures...
This thesis is aimed to implement turbo decoder with various iteratie decoding algorithms, and to co...
An area and computational-time efficient turbo decoder implementation on a reconfigurable processor ...
The introduction of turbo codes in 1993 was a breakthrough in constructing error correction codes th...
Turbo codes are a class of state-of-the-art error correction codes, which has been demonstrated to a...
International audienceIn the field of mobile communication systems, the energy issue of a turbo deco...
In this paper, we propose a power- and area-efficient architecture of Turbo decoder. In order to imp...
Embedded systems are application-specific computers that interact with the physical world. Reconfigu...
In this thesis, a new algorithm for Turbo codes and a novel implementation of turbo decoder employed...