Title :
The Computational Chemistry Prototyping Environment
Author :
Baldridge, Kim K. ; Greenberg, Jerry P. ; Sudholt, Wibke ; Mock, Stephen ; Altintas, Ilkay ; Amoreira, Celine ; Potier, Yohann ; Birnbaum, Adam ; Bhatia, Karan ; Taufer, Michela
Author_Institution :
Inst. of Org. Chem., Univ. of Zurich, Switzerland
fDate :
3/1/2005 12:00:00 AM
Abstract :
Evolving technologies, as exemplified by computational grids and Web services, have made it possible to solve new scientific problems that would not have been feasible previously. In order to make such advances available to the community in general and to be able to solve new problems, not necessarily from the same discipline, it is imperative to build tools that provide a common user interface in order that application programmers and users do not have to be concerned with particulars of Web services and their underlying code, computational platforms, or with data file formats. We will describe our efforts in creating a computational chemistry environment that encompasses a general scientific workflow environment, a domain specific example for quantum chemistry, our ongoing design of a workflow user interface, and our efforts at database integration.
Keywords :
chemistry computing; grid computing; software prototyping; software tools; user interfaces; Web services; computational chemistry prototyping environment; computational grids; computational platforms; data file formats; database integration; quantum chemistry; scientific workflow environment; software tools; workflow user interfaces; Chemical technology; Chemistry; Computer interfaces; Databases; Grid computing; Programming profession; Prototypes; Quantum computing; User interfaces; Web services; Automation; chemistry; distributed computing; pipeline processing; software; user interfaces; workflow;
Journal_Title :
Proceedings of the IEEE
DOI :
10.1109/JPROC.2004.842747