DocumentCode
1587098
Title
A model based assistant for quantum chemistry programs
Author
Fabiano, A.S. ; Bettini, C. ; Chin, S.
Author_Institution
IBM Corp., Kingston, NY, USA
fYear
1991
Firstpage
114
Lastpage
117
Abstract
OMNIFACE is an object-based environment that assists the user in the preparation of the input files for quantum-chemical programs. These programs share the same conceptual domain, but the formalisms used to set up the desired computation are different from one application to the other. In order to set up the computation, the user has to prepare an input file containing the values for a number of different parameters. This task can be very complex because of the large number of parameters to choose from and because of the constraints existing among them. A constraint violation can lead to a job abortion or to wrong results. OMNIFACE supplies a uniform and friendly environment that allows the user to experiment with possible configurations of parameters and with different applications. It includes a domain model that is used to specify the desired computation working on concepts typical of computational chemistry. A distributed object-oriented constraint checking system ensures the overall consistency of the resultant input file
Keywords
chemistry computing; data structures; knowledge based systems; object-oriented programming; quantum chemistry; OMNIFACE; computational chemistry; conceptual domain; constraint violation; distributed object-oriented constraint checking system; domain model; friendly environment; input files; model based assistant; object-based environment; overall consistency; quantum chemistry programs; quantum-chemical programs; Abortion; Application software; Chemistry; Computational modeling; Computer applications; Computer simulation; Data systems; Object oriented modeling; Quantum computing; Quantum mechanics;
fLanguage
English
Publisher
ieee
Conference_Titel
Artificial Intelligence Applications, 1991. Proceedings., Seventh IEEE Conference on
Conference_Location
Miami Beach, FL
Print_ISBN
0-8186-2135-4
Type
conf
DOI
10.1109/CAIA.1991.120855
Filename
120855
Link To Document