A new design of a memory device which allows simultaneous access to more than one location is proposed. The unique feature of this multiple accessibility of the memory is realized by applying a binomial concentrator, a type of sparse crossbar interconnection network, to content-addressable memory. The organization of the memory system and the concentration network structure as well as the network characteristics are described along with a distributive control algorithm. Applications of the memory system to parallel processing environments are also included
The bandwidth mismatch between processor and main memory is one major limiting problem. Although str...
Parallel computing has contributed significantly to Defence applications. This field has helped in t...
Scalability of parallel architectures is an interesting area of current research. Shared memory para...
Large scientific parallel applications demand large amounts of memory space. Current parallel comput...
Parallel processing is continually concerned about how to supply all the processing nodes with data....
Abstract—Parallel memory modules can be used to increase memory bandwidth and feed a processor with ...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
Simple COMA is a method for sharing address spaces among different nodes of a distributed memory com...
. This paper presents a theoretical study of a model of parallel computations called Parallel Altern...
This paper extends research into rhombic overlapping-connectivity interconnection networks into the ...
This work explores the tradeoffs of the memory system of a new massively parallel multiprocessor in ...
Abstract-- A new class of interconnection networks is proposed for processor to memory communication...
Massively parallel computing holds the promise of extreme performance. The utility of these systems ...
We discuss some techniques for preserving locality of reference in index spaces when mapped to memor...
An efficient turbo decoder must access memory in parallel and with two different access patterns. It...
The bandwidth mismatch between processor and main memory is one major limiting problem. Although str...
Parallel computing has contributed significantly to Defence applications. This field has helped in t...
Scalability of parallel architectures is an interesting area of current research. Shared memory para...
Large scientific parallel applications demand large amounts of memory space. Current parallel comput...
Parallel processing is continually concerned about how to supply all the processing nodes with data....
Abstract—Parallel memory modules can be used to increase memory bandwidth and feed a processor with ...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
Simple COMA is a method for sharing address spaces among different nodes of a distributed memory com...
. This paper presents a theoretical study of a model of parallel computations called Parallel Altern...
This paper extends research into rhombic overlapping-connectivity interconnection networks into the ...
This work explores the tradeoffs of the memory system of a new massively parallel multiprocessor in ...
Abstract-- A new class of interconnection networks is proposed for processor to memory communication...
Massively parallel computing holds the promise of extreme performance. The utility of these systems ...
We discuss some techniques for preserving locality of reference in index spaces when mapped to memor...
An efficient turbo decoder must access memory in parallel and with two different access patterns. It...
The bandwidth mismatch between processor and main memory is one major limiting problem. Although str...
Parallel computing has contributed significantly to Defence applications. This field has helped in t...
Scalability of parallel architectures is an interesting area of current research. Shared memory para...