Automation development framework of scalable scientific web applications based on subject domain knowledge

Abstract

Currently high-performance computing technologies using computational capabilities for solving scientific, are actively improving. The purpose of our research is the development of toolkit for construction and execution of scientific service-oriented application in heterogeneous distributed computing environment (HDCE). These tools provide the access for subject domain experts to the high-capacity computing resource, using these resources without extensive knowledge of computing architecture and low-level software, and the parallel execution of the user application on the base of the service-oriented technology and multi-agent control. We describe an architecture and functional capabilities of automated toolkit for the service-oriented application creation based on applied programs package, and multi-agent control of this application parallel running in HDCE. We demonstrate an example of the creation of the web-application for parametric feedback synthesis of linear dynamic object by these tools. The offered technology allows simplifying service creation and provides new qualitative opportunities of controlling parallel high-performance computations.