The computational performance of two-dimensional Fortran 90 arrays defined with the pointer attribute were compared to identically sized arrays defined with the allocatable attribute. The goal of this work was to quantify the computational cost of using each array type within a high-performance finite element setting
A series of experiments has been run to examine the floating-point performance of FORTRAN programs o...
The Finite Element Machine is an experimental array processor designed to support research in parall...
[[abstract]]Fortran 90 provides a rich set of array intrinsic functions. Each of these array intrins...
Some issues in the relationship of coding style and compiler optimization are discussed with regard ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
This paper describes a general compiler optimization technique that reduces communication overhead f...
High performance Fortran (HPF), as well as its predecessor FortranD, has attracted considerable atte...
To formulate data structures suited to numerical problems like selfadapting multilevel algorithms fo...
[[abstract]]Fortran 90 provides a rich set of array intrinsic functions that are useful for represen...
[[abstract]]©1999 IEEE-In our recent work, we have been working on providing parallel sparse support...
High Performance Fortran (HPF), as well as its predecessor FortranD,has attracted considerable atten...
High performance FORTRAN is a set of extensions for FORTRAN 90 designed to allow specification of da...
A normal Finite Element code typically takes about 30-40 % of the total time to cal-culate and assem...
Array syntax is an important feature introduced in Fortran 90. It adds more expressive power to the ...
We are developing a Fortran 90D compiler, which converts Fortran 90D code into Fortran 77 plus messa...
A series of experiments has been run to examine the floating-point performance of FORTRAN programs o...
The Finite Element Machine is an experimental array processor designed to support research in parall...
[[abstract]]Fortran 90 provides a rich set of array intrinsic functions. Each of these array intrins...
Some issues in the relationship of coding style and compiler optimization are discussed with regard ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
This paper describes a general compiler optimization technique that reduces communication overhead f...
High performance Fortran (HPF), as well as its predecessor FortranD, has attracted considerable atte...
To formulate data structures suited to numerical problems like selfadapting multilevel algorithms fo...
[[abstract]]Fortran 90 provides a rich set of array intrinsic functions that are useful for represen...
[[abstract]]©1999 IEEE-In our recent work, we have been working on providing parallel sparse support...
High Performance Fortran (HPF), as well as its predecessor FortranD,has attracted considerable atten...
High performance FORTRAN is a set of extensions for FORTRAN 90 designed to allow specification of da...
A normal Finite Element code typically takes about 30-40 % of the total time to cal-culate and assem...
Array syntax is an important feature introduced in Fortran 90. It adds more expressive power to the ...
We are developing a Fortran 90D compiler, which converts Fortran 90D code into Fortran 77 plus messa...
A series of experiments has been run to examine the floating-point performance of FORTRAN programs o...
The Finite Element Machine is an experimental array processor designed to support research in parall...
[[abstract]]Fortran 90 provides a rich set of array intrinsic functions. Each of these array intrins...
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