Add to ORKGUsing a prime number N of memory banks on a vector processor allows a conflict-free access for any slice of N consecutive elements of a vector stored with a stride not multiple of N. To reject the use of such a prime number of memory banks, it is generally advanced that address computation for such a memory system would require systematic Euclidean Division by the prime number N. In this short note, we show that there exists a very simple mapping of data in the memory banks for which address compulations does not require any Euclidean Division
This paper introduces an innovative cache design for vector computers, called prime-mapped cache. By...
Vector supercomputers, which can process large amounts of vector data efficiently, are among the fas...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
Using a prime number N of memory banks on a vector processor allows a conflict-free access for any s...
IRISA - Publication interne no 644, 10 p., mars 1992SIGLEAvailable at INIST (FR), Document Supply Se...
International audience! Abstract Concurrent access to bank-interleaved memory structure have been st...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
This paper introduces an innovative cache design for vector computers, called prime-mapped cache. By...
The poor bandwidth obtained from memory when conflicts arise in the modules or in the interconnectio...
A physical memory address is no longer the stable concept it was. We demonstrate how modern computer...
AbstractWe prove that polynomial time on a parallel random access machine (PRAM) with unit-cost mult...
Abstract—Modern high performance processors require memory systems that can provide access to data a...
In the paper, an extended diagonal structure is used efficiently for the address generation of the p...
An address mapping and an access order is presented for conflict-free access to vectors with any ini...
This paper introduces an innovative cache design for vector computers, called prime-mapped cache. By...
Vector supercomputers, which can process large amounts of vector data efficiently, are among the fas...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
Using a prime number N of memory banks on a vector processor allows a conflict-free access for any s...
IRISA - Publication interne no 644, 10 p., mars 1992SIGLEAvailable at INIST (FR), Document Supply Se...
International audience! Abstract Concurrent access to bank-interleaved memory structure have been st...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...
This paper introduces an innovative cache design for vector computers, called prime-mapped cache. By...
The poor bandwidth obtained from memory when conflicts arise in the modules or in the interconnectio...
A physical memory address is no longer the stable concept it was. We demonstrate how modern computer...
AbstractWe prove that polynomial time on a parallel random access machine (PRAM) with unit-cost mult...
Abstract—Modern high performance processors require memory systems that can provide access to data a...
In the paper, an extended diagonal structure is used efficiently for the address generation of the p...
An address mapping and an access order is presented for conflict-free access to vectors with any ini...
This paper introduces an innovative cache design for vector computers, called prime-mapped cache. By...
Vector supercomputers, which can process large amounts of vector data efficiently, are among the fas...
Address transformation schemes, such as skewing and linear transformations, have been proposed to ac...