The Frame Instantiator Tool (FIT), a graphical interface to give concrete values to abstract parameters of general problems is presented. It is designed to be an important part of Frames, an environment for developing applications based on libraries of efficient parallel algorithms. Given an abstract specification of the parameters of a problem (abstract frame) the FIT automatically generates a graphical user interface to enable end-users to easily assign values to the parameters. Other features are the generation of the instance specification and the integration with the rest of tools and resources that make up the Frames Development System.Preprin
DraftThe PgaFrame ---a frame for parallel genetic algorithms--- offers to non-experts the possibilit...
© 2014, Allerton Press, Inc. Frame models of structural elements are proposed for use in the knowled...
Test-driven software development tackles the problem of operationally defining the features to be im...
Tool for comparing the run time and accuracy of minimizers on fit benchmarking problem
In the field of scientific computing there are many specialized programs designed for specific appli...
this paper, we present FrameKit, a software platform dedicated to the prototyping and quick implemen...
An interactive and user friendly software in Visual Basic is presented for obtaining suitable coeffi...
We present a flexible software environment, named DistOpt, which is useful in building coarse-grain ...
FastComp is a computational tool used in mechanical engineering for the determination of the forces ...
In the field of scientific computing there are many specialized programs designed for specific appli...
The ability to realistically predict real-world observations has shown to be a key technology to rem...
We are exploring ways to use the increasingly common graphics workstations (we use a SUN) to make nu...
This paper discusses the requirements that interactive frame instantiation imposes on constraint Ver...
Human movement underlies everything humans do, from movements that people can not consciously contro...
The Funtools project arose out of conversations with astronomers about the decline in their software...
DraftThe PgaFrame ---a frame for parallel genetic algorithms--- offers to non-experts the possibilit...
© 2014, Allerton Press, Inc. Frame models of structural elements are proposed for use in the knowled...
Test-driven software development tackles the problem of operationally defining the features to be im...
Tool for comparing the run time and accuracy of minimizers on fit benchmarking problem
In the field of scientific computing there are many specialized programs designed for specific appli...
this paper, we present FrameKit, a software platform dedicated to the prototyping and quick implemen...
An interactive and user friendly software in Visual Basic is presented for obtaining suitable coeffi...
We present a flexible software environment, named DistOpt, which is useful in building coarse-grain ...
FastComp is a computational tool used in mechanical engineering for the determination of the forces ...
In the field of scientific computing there are many specialized programs designed for specific appli...
The ability to realistically predict real-world observations has shown to be a key technology to rem...
We are exploring ways to use the increasingly common graphics workstations (we use a SUN) to make nu...
This paper discusses the requirements that interactive frame instantiation imposes on constraint Ver...
Human movement underlies everything humans do, from movements that people can not consciously contro...
The Funtools project arose out of conversations with astronomers about the decline in their software...
DraftThe PgaFrame ---a frame for parallel genetic algorithms--- offers to non-experts the possibilit...
© 2014, Allerton Press, Inc. Frame models of structural elements are proposed for use in the knowled...
Test-driven software development tackles the problem of operationally defining the features to be im...