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2017 International Multi-Conference on Engineering,
Computer and Information Sciences (SIBIRCON)

18-24 Sep 2017 Technopark of Novosibirsk Akademgorodok, Russia


• Computer and information science in solving engineering and industrial problems
◦ CAD/CAM systems
◦ Development and control of energy systems
◦ Robotics in manufacturing
• IT in manufacturing control
• Telecommunications
◦ Wireless communications
◦ Future Internet: Machine-to-Machine (M2M), Communications in Vehicular Networks, Internet of Things etc.
◦ Ubiquitous public telecommunication technologies for rural and remote areas
◦ Convergence
◦ New Media and Social Networks
◦ Open Standards
◦ Privacy and Identity Management
• Computer systems and networks
◦ Super computer technologies
◦ Cloud computing
◦ Distributed computer systems
• Information security
• Biomedical engineering and Bioinformatics
◦ Brain–computer Interface
◦ Human–computer Interaction
◦ Robotics and Instrumentation Engineering
◦ Computational Technologies in Biology and Medicine
◦ Health informatics
◦ Cognitive Genomics
◦ Neurogenomics and Bioinformatics
◦ Cognitive Technologies
• Data science and engineering
◦ Big data processing
◦ Data stream control and analysis
• Mathematical problems in Engineering, Computer and Information Sciences
◦ Information theory
◦ Cryptography

Young scientists school “Modern research approaches to the investigation of affective and cognitive functions in health and pathology in the focus of translational medicine”

◦ Personalized genomic medicine and modern information technologies
◦ Bioelectrical brain activity during sleep and neuronal plasticity
◦ Simultaneous co-registration of BOLD-signal of the high-field (3T) MRI, the bioelectrical and neurovegetative activity for the analysis of the cognitive and affective functions in norm and pathology
◦ Technology of the eye-tracking in the analysis of cognitive and affective functions in norm and pathology
◦ Up-to-date technologies of the analysis of affective and cognitive functions using experimental models of brain pathology
◦ Exploration of the functions of neuronal networks by the methods of electroencephalography
◦ Analysis of reproducibility under processing of neurophysiological signals
◦ Tutorial “Application of the Independent Components Analysis to the cleaning of brain signal from non-brain noise”
◦ Tutorial “Application of the open-source software toolboxes to the analysis of neuronal networks”

Scientific school-seminar “Problems of complex systems’ optimization”

For more details, please follow this link:

◦ Analysis and optimization of complex systems with network structure
◦ Optimization problems in CAM and control of robotic systems
◦ Optimization problems in CAD
◦ Optimal control, including control of social systems
◦ Multi-discipline researching methods for complex systems optimization
◦ Structural optimization of networks
◦ Optimization problems in image recognition