Modern Molecular Dynamics methods are employed to study quantum manybody systems,
chemically reactive systems including explicit electronic degrees of freedom, and …

Semantic modeling approaches (eg, conceptual models, controlled vocabularies, and
ontologies) are increasingly being adopted to help address a number of challenges in …

For pt. I. see ibid., p. 346-59. This paper presents a multiobjective structural optimization
process of designing an organization to execute a specific mission. We provide …

The present paper describes a proposed solution for reducing the complexity and time
required by experienced users of legacy codes for solving multiphysics problems. A bottom …

One of the main activities in data‐intensive science is data analysis. Although there are
many popular technologies that can assist scientists in various isolated aspects of data …

The paper discusses Camel, an interactive parallel programming environment based on
cellular automata. With Camel users can develop high-performance applications in science …

Simflowny is a software platform which aims to formalize the main elements of a simulation
flow. It allows users to manage (i) formal representations of physical models based on Initial …

Enabling Technologies for Computational Science assesses future application computing
needs, identifies research directions in problem-solving environments (PSEs), addresses …

Scientific Workflows Page 1 Scientific Workflows, B. Ludäscher pPOD @ NESCENT, Sept ’07
Scientific Workflows: A(nother) Vision of pPOD “Data Integration” !? Bertram Ludäscher …

In this paper we review the current state of the problem solving environment (PSE) field and
make projections for the future. First we describe the computing context, the definition of a …