© iStockPhoto / Alexei Tacu. Some Rights Reserved. Standard License Obtained.
NanoInformatics is the systematization of methods and mechanisms for extraction, evaluation, encoding, classification, collection, indexing, inventory, validation, storage, physico-chemical structural visualization, nanoparticle modelling,
microarray data analysis and standardization, dissemination to, and application
of nanomaterials information relevant to the science and engineering communities.
NanoInformatics also undertakes the computational challenges of integration of bioinformatics and medical information systems data at the nanoscale level; facilitates research access and sharing; deploys networked
communication technologies; co-ordinates collaborative tools in support of the
pure and applied sciences, among communities of practice across the disciplines.
NanoInformatics is necessary for intelligent development and comparative characterization of
innovative instrumentation and advanced manufacturing processes.
data mining, and machine learning techniques. Information streams created by this sub-field will prove to be crucial in fundamental formalizations of nanotech roadmapping, its role
critically decisive to and a catalystic determinant in future translational initiatives.
Due date: 15 September 2010
Event date: 3-5 November 2010
PAPER & POSTER THEMES:
Data Collection and Curation:
Tools and Methods for Data Innovation, Analysis, and Simulation: