Computational simulation in fluid dynamics often requires high performance and massive data intensive process. In addition, advanced expertise to manage complicated simulation processes with various environmental conditions in order to obtain reasonable results is essential but not easy to achieve. This paper presents an e-Science Aerospace Integrated Research System (e-AIRS) that aims to use Grid technology to establish an integrated and collaborative environment to enable distributed computational simulation and remote experiments for remote scientists in aerospace area. e-AIRS provides easy-to-use portal services to manage workflow-based experiment process from application design, execution, monitoring, and visualization for Grid applica...
A key technology in aerospace research and development is high-resolution parallel simulation on sup...
Abstract:- E-science is collaborative science that is made possible by the sharing across the Intern...
Many sophisticated environments allow creating and managing of scientific workflows, whereas the wor...
Computational simulation in fluid dynamics often requires high performance and massive data intensi...
The aerospace engineers often require the large amount of computing resources for the simulation of ...
e-AIRS[1,2], an abbreviation of e-Science Aerospace Integrated Research System, is a virtual organiz...
e-AIRS[1,2], an abbreviation of e-Science Aerospace Integrated Research System, is a virtual organiz...
The e-AIRS[1,2], an abbreviation of Aerospace Integrated Research System, is a virtual organization...
In Korea, prospective college students are increasingly avoiding natural science and engineering. Go...
A grid based e-research platform is being developed for providing a simulation-based virtual reality...
This paper discusses the use of e-Science Grid in providing computational resources for modern inter...
Simulation of complex phenomena is usually a long computing process and it has been traditionally pe...
A wind tunnel simulation requires high-performance computing power like supercomputers and deep kno...
e-AIRS는 e-Aerospace Integrated Research System의 약어로, e-Science 인프라를 기반으로 한 항공우주 통합연구 환경을 말한다. 이러한 항공...
The term e-Science describes computational and data-intensive science. It has become a complementary...
A key technology in aerospace research and development is high-resolution parallel simulation on sup...
Abstract:- E-science is collaborative science that is made possible by the sharing across the Intern...
Many sophisticated environments allow creating and managing of scientific workflows, whereas the wor...
Computational simulation in fluid dynamics often requires high performance and massive data intensi...
The aerospace engineers often require the large amount of computing resources for the simulation of ...
e-AIRS[1,2], an abbreviation of e-Science Aerospace Integrated Research System, is a virtual organiz...
e-AIRS[1,2], an abbreviation of e-Science Aerospace Integrated Research System, is a virtual organiz...
The e-AIRS[1,2], an abbreviation of Aerospace Integrated Research System, is a virtual organization...
In Korea, prospective college students are increasingly avoiding natural science and engineering. Go...
A grid based e-research platform is being developed for providing a simulation-based virtual reality...
This paper discusses the use of e-Science Grid in providing computational resources for modern inter...
Simulation of complex phenomena is usually a long computing process and it has been traditionally pe...
A wind tunnel simulation requires high-performance computing power like supercomputers and deep kno...
e-AIRS는 e-Aerospace Integrated Research System의 약어로, e-Science 인프라를 기반으로 한 항공우주 통합연구 환경을 말한다. 이러한 항공...
The term e-Science describes computational and data-intensive science. It has become a complementary...
A key technology in aerospace research and development is high-resolution parallel simulation on sup...
Abstract:- E-science is collaborative science that is made possible by the sharing across the Intern...
Many sophisticated environments allow creating and managing of scientific workflows, whereas the wor...