International Conference On Computational Vision and Bio Inspired Computing(ICCVBIC 2018)-Sep 21-22,2018.-Department of ECE,
RVS Technical Campus,
The scope of International Conference On Computational Vision and Bio Inspired Computing(ICCVBIC 2018) is to provide an international forum for the exchange of ideas among interested researchers, students, developers, and practitioners in the areas of Computational Vision and Bio Inspired Computing.It is being organized on 21,22, September, 2018 by the Inventive Research Organization in association with RVS Technical Campus. ICCVBIC will provide an outstanding international forum for sharing knowledge and results in all fields of science, engineering and Technology. ICCVBIC provides quality key experts who provide an opportunity in bringing up innovative ideas. Recent updates in the in the field of technology will be a platform for the upcoming researchers. The conference will be Complete, Concise, Clear and Cohesive in terms of research related to science and Technology.
Call for paper
Adaptive fuzzy pattern recognition
Agent based modeling and fuzzy logic.
Artificial Life and Artificial Immune Systems.
Bio-based models and paradigms in computer vision.
Bioinformatics and Cheminformatics.
Bio-inspired Fuzzy Clustering, Image Classification.
Bio-inspired fuzzy logic controllers for power system stabilizers.
Bio-inspired fuzzy models applied to cloud computing.
Biological vision to artificial vision.
Biologically inspired imaging and sensing.
Biologically inspired sensors design.
Cellular and Molecular Automata.
Cognitive concept learning under the environment of big data.
Complex data analysis: preprocessing and processing and other real life static and dynamic problems.
Computer Vision Methods for Bioinformatics.
Data Fusion, Knowledge Discovery and Data Mining.
DNA and Molecular Computing.
Evolutionary Computing and Genetic Algorithms.
Eye-based biometric recognition systems.
Fuzziness application in big data.
Fuzzy logic approaches in Evolutionary Computation.
Fuzzy-Neural and Hybrid schemes in adaptive estimation and control.
Granular computing based concept learning algorithms for big data.
Human Computer Interaction.
Learning based on Fuzzy Rule-Based Systems.
Machine Learning and Decision Science.
Mathematical foundations of formal concept analysis for incremental computing.
Mathematical models of granular computing for parallel computing.
Microelectronics for Fuzzy and Bio-inspired Systems.
Multiobjective Bio-inspired Fuzzy Systems.
Multi-granularity and multi layered models of concept lattice.
Natural Language Processing.
Neuro-fuzzy technologies for medical and bioengineering applications.
Unconventional and biologically inspired signal/image processing.
Visual-based interactive robotics.
Department of ECE,
RVS Technical Campus,
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