GSGCP-FEM: A General Service-Oriented Grid Computing Platform for FEM-Based Simulations
Kejing He, Shoubin Dong, Jianfei He, Liqun Tang · 2006
Finite element method (FEM)-based scientific numerical simulations are often computing-extensive and grid platform can speed up the simulation progress significantly. However, the coupling of FEM-based simulation tasks with grid platform isn't so straightforward. Adopting the service-oriented architecture (SOA), we develop a general service-oriented grid computing platform for FEM-based simulations (GSGCP-FEM). GSGCP-FEM provides users with the ability to make a general FEM-based simulation to be service-oriented. Basing on the services provided by GSGCP-FEM and grid middleware, users can deploy new scientific simulation applications easily. In this paper, we explain the design, architecture, and implementation of GSGCP-FEM in detail. We also deploy two practical applications based on GSGCP-FEM to demonstrate its usefulness