Titlebook: Computational Science – ICCS 2008; 8th International Co Marian Bubak,Geert Dick Albada,Peter M. A. Sloot Conference proceedings 2008 Spring

Benign

asthma

Computational Materials Science at the Cutting Edgestems and structures on quite different length and time scale and symmetry, on different degrees of hardness or softness as well as on liquids. The degree to which new functionalities of magnetic clusters, quantum dots, bio-molecules or carbon nanowires can be exploited for specific applications dep

过于光泽

6Applepolish

mechanism

Integrated Data and Task Management for Scientific Applicationscessors or processor groups. This paper describes an integration of data and task parallelism to address the needs of such applications in context of the Global Array (GA) programming model. GA provides programming interfaces for managing shared arrays based on non-partitioned global address space p

Admire

Why Petascale Visualization and Analysis Will Change the Rulese hundreds of TeraFLOPs (trillions of floating point operations per second) and generate many, many terabytes of data. In the near future, we will see PetaFLOP computing and petabytes of data. In addition, a critical step in the simulation process is “postprocessing”: applying visualization and anal

IST

Computational Modeling of Collective Human Behavior: The Example of Financial Markets are complex, a new field of computational modeling is emerging in which the goal is to develop minimal models of collective human behavior which are consistent with the observed real-world dynamics in a wide range of systems. For example, in the field of finance, the fluctuations across a wide rang

傻

comely

漂亮

Towards a System-Level Science Support science. This paper presents a new approach to development and execution of collaborative applications. These applications are built as experiment plans with a notation based on the Ruby language. The virtual laboratory, which is an integrated system of dedicated tools and servers, provides a commo