Degree
|
Ph. D. (Eng.), Associate Professor, Information Technology Department, Moscow Lomonosov State Academy of Fine Chemical Technology |
---|---|
E-mail
|
vic@imet.ac.ru |
Location
|
Moscow |
Articles
|
Inorganic compounds computer design based on integrated information systemThe article deals with the issues of advanced compounds computer design based on the integrated information system. A survey of existing software solutions and applied mathematical methods, as well as prospects for the development of automation research in the chemical industry and an example of a computer experiment are presented.
Read more...
A metabase based approach to databases integration on inorganic substances propertiesCurrently an enormous number of databases on inorganic substances and materials properties exist that contains multidirectional information. Modern multifunctional devices development requires knowledge of a diverse set of materials properties. That makes the integration task of databases in the problem domain of great importance. The article is devoted to questions of integrated information system on inorganic material properties creation.
Read more...
Pattern recognition methods usage to computer-aided design of inorganic compoundsCurrently an enormous number of databases on inorganic substances and materials properties exist that contains multidirectional information. The article is devoted to questions of accumulated data usage to find out regularities by means of pattern recognition methods that allow predicting formation of not synthesized substances and estimating its properties.
Read more...
Pattern recognition methods usage to computer-aided design of inorganic compoundsCurrently an enormous number of databases on inorganic substances and materials properties exist that contains multidirectional information. The article is devoted to questions of accumulated data usage to find out regularities by means of pattern recognition methods that allow predicting formation of not synthesized substances and estimating its properties.
Read more...
Autonomous data sources integration for the semiconductor materials properties stIntegration of information resources on the properties of semiconductor materials developed in different countries is necessary for creation of new materials with the required properties. Federated approach to autonomous data sources integration is suggested. The approach allows the integration of data storage and access of physically distributed data. The data flow model and functional models of autonomous data sources integration are developed. Read more... |