Add to ORKGIn a coarse-grained reconfigurable architecture, the functions of resources such as Arithmetic Logic Units (ALUs) can be reconfigured. Unlike the programmability of a general purpose processor, the programmability of a coarse-grained reconfigurable architecture is limited. The limitation might be the number of different patterns or the number of different configurations of each ALU. This paper presents a column arrangement algorithm to sort the ele-ments of patterns to reduce the number of configurations of each reconfigurable ALU. The experimental results show that this algorithm leads to nearly optimal results. 1
Integer sorting is a subclass of the sorting problem where the elements have integer values and the ...
ABSTRACT The increasing requirements for more flexibility and higher performance have drawn attentio...
DSP architectures often feature multiple register files with sparse connections to a large set of ALU...
In a coarse-grained reconfigurable architecture, the functions of resources such as Arithmetic Logic...
Today the most commonly used system architectures in data processing can be divided into three categ...
In a coarse-grained reconfigurable architecture, the function of resources such as Arithmetic Logic ...
Coarse grained reconfigurable processors have gained more popularity in the last years, as they intr...
The reconfigurable array with slotted optical buses (RASOB) has recently received a lot of attention...
Sorting is one of the most investigated tasks computers are used for. Up to now, not much research h...
The work covers the algorithms and hardware for realization of the arrangement procedure. The aim is...
We present the design and implementation of a parallel out-of-core sorting algorithm, which is based...
Reconfigurable Arrays combine the benefit of spatial execution, typical of hardware solutions, with ...
An architecture for a reconfigurable superscalar processor is described in which some of its executi...
“This paper suggests a way to implement recursive algorithm on hardware with an example of sorting o...
Abstract—Reconfigurable Arrays combine the benefit of spa-tial execution, typical of hardware soluti...
Integer sorting is a subclass of the sorting problem where the elements have integer values and the ...
ABSTRACT The increasing requirements for more flexibility and higher performance have drawn attentio...
DSP architectures often feature multiple register files with sparse connections to a large set of ALU...
In a coarse-grained reconfigurable architecture, the functions of resources such as Arithmetic Logic...
Today the most commonly used system architectures in data processing can be divided into three categ...
In a coarse-grained reconfigurable architecture, the function of resources such as Arithmetic Logic ...
Coarse grained reconfigurable processors have gained more popularity in the last years, as they intr...
The reconfigurable array with slotted optical buses (RASOB) has recently received a lot of attention...
Sorting is one of the most investigated tasks computers are used for. Up to now, not much research h...
The work covers the algorithms and hardware for realization of the arrangement procedure. The aim is...
We present the design and implementation of a parallel out-of-core sorting algorithm, which is based...
Reconfigurable Arrays combine the benefit of spatial execution, typical of hardware solutions, with ...
An architecture for a reconfigurable superscalar processor is described in which some of its executi...
“This paper suggests a way to implement recursive algorithm on hardware with an example of sorting o...
Abstract—Reconfigurable Arrays combine the benefit of spa-tial execution, typical of hardware soluti...
Integer sorting is a subclass of the sorting problem where the elements have integer values and the ...
ABSTRACT The increasing requirements for more flexibility and higher performance have drawn attentio...
DSP architectures often feature multiple register files with sparse connections to a large set of ALU...