Grid Computing

<p>Part I: E-Science, Applications, &amp; Optimization</p><p><p>Leveraging the Grid for e-Science: The Remote Instrumentation Infrastructure<br>Alexey Cheptsov</p><p><p>Supporting e-Science Applications on e-Infrastructure: Some Use Cases from Latin America<br>Roberto Barbera, Francisco Brasileiro, Riccardo Bruno, Leandro Ciuffo, and Diego Scardaci</p><p><p>GEMS: User Control for Cooperative Scientific Repositories<br>Justin M. Wozniak, Paul Brenner, Santanu Chatterjee, Douglas Thain, Aaron Striegel, and Jesus Izaguirre</p><p><p>Performance Analysis and Optimization of Linear Workflows in Heterogeneous Network Environments<br>Qishi Wu and Yi Gu</p><p><p>Part II: Resource Management, Allocation, &amp; Monitoring</p><p><p>Resource Management and Service Deployment in Grids<br>Christos Chrysoulas and Nicolas Sklavos</p><p><p>Social Grid Agents<br>Gabriele Pierantoni, Brian Coghlan, and Eamonn Kenny</p><p><p>Monitoring and Controlling Grid Systems<br>Ciprian Dobre</p><p><p>Part III: Grid Services &amp; Middleware</p><p>Service Level Agreement for Job Control in Grid and High-Performance Computing<br>Roland Kübert</p><p><p>Composable Services Architectures for Grids<br>Vassiliki Pouli, Yuri Demchenko, Constantinos Marinos, Diego R. Lopez, and Mary Grammatikou</p><p><p>Phoenix: Employing Smart Logic to a New Generation of Semantically Driven Information SystemsAggelos Liapis, Nasos Michas, and Nikitas Tsopelas</p><p><p>Part IV: Grid Computing &amp; Scientific Problems</p><p><p>State-of-art with PhyloGrid: Grid Computing Phylogenetic Studies on the EELA-2 Project Infrastructure<br>Raul Isea, Esther Montes, Antonio Juan Rubio-Montero, and Rafael Mayo</p><p><p>The Usage of the Grid in the Simulation of the Comet Oort-Cloud Formation<br>Giuseppe Leto, Marián Jakubík, Luboš Neslušan, and Piotr A. Dybczyński</p>