AbstractAn abstract systolic model, suggested in a previous paper, is extended to include computational cells with memories and multiplexing capabilities, and to specify formally the pipelining of computations through systolic networks. The basic idea is to represent the data item appearing on any communication link of a systolic network by a data sequence and to specify the operation on each cell by a set of equations using operators on sequences. The model is then applied successfully to a complex system that we suggest for pipelining the computation of the elemental stiffness matrices for finite element analysis
Assembling stiffness matrices represents a significant cost in many finite element computations. We ...
Abstract. Assembling stiffness matrices represents a significant cost in many finite element computa...
The finite element method is a way to discretize partial differential equations. The problem is tran...
AbstractAn abstract systolic model, suggested in a previous paper, is extended to include computatio...
Algebraic-topological k-chains defined over finite cell complexes have been proposed as a uniform co...
A simple example of a frame model is presented to shows how to examine the computational details of ...
A method is presented by which systolic computations can be derived from formal specifications. Thes...
[[abstract]]Algorithms which are to be mapped onto interconnecting processing elements in order to d...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
According to the property that global stiff matrix is positive definite after being adjusted and spe...
AbstractIn this paper we present a derivation method for networks of systolic cells. The method is c...
In this paper we present a derivation method for networks of systolic cells. The method is calculati...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
This paper presents a new and general method to include mechanical finite element models within an e...
This paper presents a CAD tool, SystSim, to ease the design of systolic systems. Given a high-level,...
Assembling stiffness matrices represents a significant cost in many finite element computations. We ...
Abstract. Assembling stiffness matrices represents a significant cost in many finite element computa...
The finite element method is a way to discretize partial differential equations. The problem is tran...
AbstractAn abstract systolic model, suggested in a previous paper, is extended to include computatio...
Algebraic-topological k-chains defined over finite cell complexes have been proposed as a uniform co...
A simple example of a frame model is presented to shows how to examine the computational details of ...
A method is presented by which systolic computations can be derived from formal specifications. Thes...
[[abstract]]Algorithms which are to be mapped onto interconnecting processing elements in order to d...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
According to the property that global stiff matrix is positive definite after being adjusted and spe...
AbstractIn this paper we present a derivation method for networks of systolic cells. The method is c...
In this paper we present a derivation method for networks of systolic cells. The method is calculati...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
This paper presents a new and general method to include mechanical finite element models within an e...
This paper presents a CAD tool, SystSim, to ease the design of systolic systems. Given a high-level,...
Assembling stiffness matrices represents a significant cost in many finite element computations. We ...
Abstract. Assembling stiffness matrices represents a significant cost in many finite element computa...
The finite element method is a way to discretize partial differential equations. The problem is tran...