Future Application and Middleware Technology on e-Science

Future Application and Middleware Technology on e-Science presents selected papers from the 2008 Korea e-Science All-Hands-Meeting (AHM 2008). Hosted by the Korea Institute of Science and Technology Information, this meeting was designed to bring together developers and users of e-Science applications and enabling information technologies from international and interdisciplinary research communities. The AHM 2008 conference served as a forum for engineers and scientists to present state-of-the-art research and product/tool developments, and to highlight related activities in all fields of e-Science.

The works presented in this edited volume bring together cross-disciplinary information on e-Science in one cohesive source. This book is suitable for the professional audience composed of industry researchers and practitioners of e-Science. This volume should also be suitable for advanced-level students in the field.

Brings together cross-disciplinary information in one cohesive source Presents state of the art research in computing, engineering and bio-medicine

Klappentext

As scientific research increasingly requires the efforts of globally diverse, multidisciplinary teams from different laboratories and organizations, there surfaces a need to facilitate this kind of collaborative work. These large-scale scientific initiatives, where information technology plays an important role, are termed e-Science; e-Science activities employ geographically distributed resources like high performance computing facilities, scientific instruments, databases, and high performance networks.

Future Application and Middleware Technology on e-Science presents selected papers from the 2008 Korea e-Science All-Hands-Meeting (AHM 2008). Hosted by the Korea Institute of Science and Technology Information (KISTI), the Korea e-Science AHM was designed to bring together developers and users of e-Science applications and enabling information technologies from international and interdisciplinary research communities. The AHM 2008 conference served as a forum for engineers and scientists to present state-of-the-art research and product/tool developments, and to highlight related activities in all fields of e-Science.

The following topics concerning e-Science are covered in this volume:

• e-Science applications in Physics, Astronomy, and Chemistry

• e-Science applications in Bio-medicine and Life science

• e-Science applications in Geo-science with remote sensing

• e-Science applications in Climates and Earth systems

• e-Science applications in Engineering (Aerospace, Ship, Automobile, and etc)

• Grid technologies (Computing, Data, VO, and etc)

• Collaborative science models and techniques

• Enabling technologies of Workflows and Web services

• Resource management and scheduling

• Problem solving environments

• Scientific data management

• Application development environments

• Robust and transparent middleware

• Programming paradigms and models

• Software engineering tools

• Community development and engagement

• User outreach, training, and documentation

  The works presented in this edited volume bring together cross-disciplinary information on e-Science in one cohesive source. This book is suitable for the professional audience composed of industry researchers and practitioners of e-Science. This volume is also suitable for advanced-level students in the field.

  Inhalt
  Web-Based Integrated Research Environment for Aerodynamic Analyses and Design.- An Approach to Integrated Design, Analysis and Data Management for Rapid Air Vehicle Design.- Development of v-DMU Based on e-Science Using COVISE and SAGE.- Design of a Four DegreeofFreedom Manipulator for Northern Light Mars Mission.- Design and Application of GeoNet System for ABC Cooperative Environment.- Application Architecture of Avian Influenza Research Collaboration Network in Korea e-Science.- York University Space Engineering Nanosatellite Demonstration (YuSend) Mission Development.- A Dynamic Bridge for Data Sharing on e-Science Grid Implementing Web 2.0 Service.- A Grid Middleware Framework Support for a Workflow Model Based on Virtualized Resources.- Grid Workflow-Driven Healthcare Platform for Collaborative Heart Disease Simulator.- An Approach to Multi-Objective Aircraft Design.- Experiences and Requirements for Interoperability Between HTC and HPC-driven e-Science Infrastructure.- Interactive Scientific Visualization of High-resolution Brain Imagery Over Networked Tiled Display.- Object-Oriented Implementation of the Finite-Difference Time-Domain Method in Parallel Computing Environment.- Study on Collaborative Object Manipulation in Virtual Environment.- Protein-Protein Interaction Network and Gene Ontology.