STAGESStage 1Knowledge Consolidation at the consortium level for the available nanomagnetic materials. Research SubstantiationStage 2The Database Stage 3Obtaining the model with Artificial Neural Networks. Design of the Working Instrument Stage 4The design and construction of the working instrument with ANN Stage 5Testing and exploitation of the working instrument with Artificial Intelligence. Development of the characterization platform for the nanomagnetic materials with RNA based on the obtained instrument. Analysis and the characterization of a new class of nanomagnetic materials |
ACTIVITIES> The Model and Theory Design for the establishment of correlations between highlight parameters of the nanomagnetic material (composition, shape, size, superficial/interface condition) and the magnitudes describing their magnetic properties. Substantiation. CO+P1+P3+P4 > The experimental data collection on nanomagnetic materials (soft, hard, nanocomposites) from the work teams involved. Preliminary data analysis. CO+P1+P3+P4 > The compared study of the data clustering algorithm. CO+P2 ______________________________________________________________________________> The database design and implementation. CO+P2+P5 > Storage, sorting and classifying data extracted from experimental data, in the associated database. CO+P2+P5 _______________________________________________________________________________ > How to use study of a Neural Network Kohonen type for processing, analysis and classification of experimental data. CO+P1+P2+P3 > The Dependencies Review between correlated parameters classes, extracted from the database. CO+P2+P4+P5 _______________________________________________________________________________ > The Implementation and the Optimization of the Neural Network Instrument. CO+P2+P4+P5 > The NN obtained implementation used for a studied nanomagnetic materials class. CO+P1+P2 _______________________________________________________________________________ > Computational Outcome Interpretation and Validation from physically aspects for the result sets. CO+P1+P4 > The MS Visual C++ inclusive Platform design for the Software Modules made. CO+P2+P5 > The generalization and the optimization of the artificial intelligence instrument based on the numeric experiments validation and on the implemented software. CO+P2+P3+P5 _______________________________________________________________________________> Major Results Release, making final results. CO+P1+P2+P3+P4+P5 |