Computing environment design of J-PARC/MLF

A Distributed Computing Environment for Multidisciplinary Design

The Framework for Interdisciplinary Design Optimization (FIDO) project has the goal of developing a general distributed computing system for executing multidisciplinary computations on a networked heterogeneous cluster of workstations and vector and massively parallel computers. The concept being used for FIDO is course-grained parallelism, with instances of disciplinary codes (aerodynamics, st...

Collaborative Design in an Integrated Computing Environment

Design and Implementation of OpenMP Compiler for λ Computing Environment

In recent years, the demand for the grid computing technology is arising, and it has been researched widely. In the existing grid computing environment, TCP/IP is usually used for communication between computing nodes. However, the packet processing of TCP/IP degrades network throughput and computing performance. Thus, we have proposed a new architecture called the λ computing environment, that...

Design of Grid Computing Environment for Operative Weather Nowcasting

Weather nowcasting is a meteorological forecast which alerts civil protection institutions in case of heavy rain events, tornadoes, fires or heat waves and so on. This technique needs to process different data in a very short time. This paper, critically describes the design process of a computational infrastructure for weather nowcasting using both web and Grid technologies as a suitable solut...

Design of multimedia global PACS distributed computing environment

In this paper, we present our approach to developing Global Pi&we Archiving and Communication System (Global PACS) applicalions using Ihe Open Software Foundation Distributed Computing Environment (OSF DCE) services and toolkits. Designing distributed Global PACS applications using the OSF DCE approach willfeature an open architecture, heterogeneity, scalability, and technology independence for...