HIGH PERFORMANCE SCIENTIFIC COMPUTING USING DISTRIBUTED INFRASTRUCTURES:Results And Scientific Applications Derived From The Italian Pon Recas Project

HIGH PERFORMANCE SCIENTIFIC COMPUTING USING DISTRIBUTED INFRASTRUCTURES:Results And Scientific Applications Derived From The Italian Pon Recas Project

采用分布式基础架构的高性能科学计算：来自意大利 PON ReCaS 项目的结果与科学应用
计算机科学技术基础学科

原价：

￥ 2066.00

售价：

发货周期：预计3-5周发货

作者

MEROLA LEONARDO ET AL

出版社

World Scientific Publishing

出版时间

2016年11月29日

装帧

精装

ＩＳＢＮ

9789814759700

复制

页码

528

语种

英文

综合评分

暂无评分

图书详情
目次
买家须知
书评（0）
权威书评（0）

图书简介

This book aims to provide a deep look into Italian actions taken in some fields of science and high performance computing (HPC), and the Italian effort to bridge the HPC gap with respect to Europe. The Italian PON ReCaS Project is written for graduate readers and professionals in the field of high performance computing. It presents and discusses innovative and important technological solutions, and describes interesting results in various fields of application. ReCaS stands for "Rete di Calcolo per SuperB e altre applicazioni" and is a computing network infrastructure in Southern Italy devoted to scientific and non-scientific applications within the vision of a common European infrastructure for computing, storage and network. The ReCaS project is part of the 2007 – 2013 European Union strategy, and was funded by the Italian Ministry of Research and Education (MIUR) for the development and enhancement of a distributed computing infrastructure of the Grid/Cloud type over the four EU ’Convergence’ regions in Southern Italy: Campania, Puglia and Sicily and Calabria. The network will be open and accessible to all researchers, public and private, and will be characterized by unprecedented computing power and storage capacity. Posted in the European Grid Infrastructure EGI, ReCaS is also an opportunity to the countries of the Mediterranean area and extends the potential of the current network. Key Feature: o This booh offer a quick-look, even if accurate and of great impact, on some advancements in the field of data centers for High Performance Computing, as well as on new results in computational sciences

The ReCaS Project; The CASAP Project; Infrastructure: The ReCaS Project Bari Infrastructure; The ReCaS Project Catania Infrastructure; The ReCaS Project Cosenza Infrastructure; The ReCaS Project Naples Infrastructure; Monitoring the ReCaS Project Infrastructure; Monitoring the ReCaS Project Resources; IaaS Cloud Infrastructure @Bari: Implementation, Services and Use-Cases in the ReCaS Datacenter; A Cloud Environment for Catania ReCaS site; User Recruitment and Support: A Viral Marketing Approach Based on the Word-of-Mouth Influence; Applications: Applications on the ReCaS Project Infrastructure; Science Applications in Bari ReCaS Datacenter; Users Applications in the PRISMA-Napoli Cloud; Physical Science: Computing Activities in High Energy Physics: ATLAS Tier2 at INFN-Napoli; The Belle II Simulation Campaign at ReCaS; The ReCaS Infrastructure for the Neutrino Astronomy with Km3net; The ReCaS Infrastructure to Simulate Field Theory on Fuzzy Disk; A Dashboard for ALICE Activity in Bari Tier-2; Life Science: Computational Approaches to the Study of Melanogenesis; Polymer Models of the Chromosomes in the Nucleus of Cells; Analysis, Tuning and Implementation of a Hippocampal Ca1 Microcircuit; Medical Physics Applications in Bari ReCaS Farm; Engineering: Computation of TR Dependent Aftershock Fragilities for an Existing Non-Ductile RC building; High Performance Computing for Simulating Complex Fluids; High Performance Computing (HPC) and Aerospace Research Activities at the University of Naples Federico II; Contribution of the High Performance Computing (HPC) in Naval Architecture Researches; Non Equilibrium Molecular Dynamics of Oligomeric Chains; Roll Decay of Intact and Damaged DTMB 5415 Ship; Earth Science: 3D Spectral Element Model for Numerical Simulation of the Seismic Ground Motion in the Aterno Valley (Italy); The ReCaS Infrastructure to Simulate the Groundwater Level Variation in Heterogeneous Porous Formations; Computational Science: Scalability Analysis of Variational Data Assimilation Algorithms on Hybrid Architectures; Computer Science: Creating and Managing a Federated Cloud to Support Science Experiments; An Integrated Monitoring System, with Ganglia and Nagios, for the Cosenza ReCaS Site; Deploying a Stable Release of the SFINGE System Using the ReCaS Facility; Multi-tiered Storage Based Cloud Environment in ReCaS DataCenter; Spisso GaaS 2.0: The New Release based on Openstack with Features Implemented with OCCI; Evaluation of HTCondor, a Community Driven Local Resource Management System for the ReCaS Data Center System; The Catania Science Gateway Framework in ReCaS Environment; VAF: A Virtual Analysis Facility exploiting PRISMA Openstack Infrastructure at Bari;

Trade Policy 买家须知