Modular simulation technique for virtual experiment of complex phenomena in materials

Semantic Query on Materials Data Based on Mapping MatML to an OWL Ontology

“…However, the complexity of materials data makes it hard for users to integrate and share these scientific data (Iwata, Shichijo, & Ashino, 2001). Materials data uses, such as access, acquisition, and interoperability, have gradually become the most challenging problems facing materials informatics (Hunt, 2006).…”

A Survey of XML Applications on Science and Technology

“…In recent years, XML technologies has been highly recommended to be adopted into applications in a variety of scientific domains [5][6][7][8][9][10][11][12]. First, the mechanisms of syntax and semantics in XML can be employed to develop another metalanguage or tools due to its nature of meta-language [13][14][15].…”

“…Typical examples are Systems Biology Markup Language -SBML, MathML, CML [3]. Second, integration of XML into advanced object distributed technologies is another trend in software development and information engineering, due to its nature of interoperability [7,10]. Iwata et al attempted to integrate XML, as interfaces between client-server, into material data systems [7].…”

“…Second, integration of XML into advanced object distributed technologies is another trend in software development and information engineering, due to its nature of interoperability [7,10]. Iwata et al attempted to integrate XML, as interfaces between client-server, into material data systems [7]. Fumoto et al developed a tool called Genome Information Broker (GIB) using XML and CORBA technologies for a DNA data access/retrival system [10].…”