IEEE SMC 2020
IEEE INTERNATIONAL CONFERENCE ON SYSTEMS, MAN, AND CYBERNETICS
Toronto, Canada, Oct 11-14, 2020
IEEE SMC 2020
IEEE INTERNATIONAL CONFERENCE ON SYSTEMS, MAN, AND CYBERNETICS
Toronto, Canada, Oct 11-14, 2020
Instructions to Access On-Demand Sessions
| Plenary Sessions | Schedule Code | Attendee Links |
| Opening Ceremony | MoOC | Link |
| Keynote 1: Lawrence O. Hall | MoPL | Link |
| Panel 1: Joint INCOSE/SMCS Panel on The Future of Systems Engineering | MoLu_Br | Link |
| Keynote 2: Nadia Magnenat Thalmann | TuKN | Link |
| IEEE SMC 2020 Women in Engineering and Young Professionals | TuLu_Br | Link |
| SMC Best Conference Paper | TuAT16 | Link |
| SMC Best Conference Student Paper | TuBT16 | Link |
| SMC Standards Committee Meeting | TuBT17 | Link |
| Awards Ceremony | TuAwS | Link |
| Keynote 3: Grady Booch | WeKN | Link |
| Panel 2: IEEE SMC Society Founders’ Forum | WeLu_FF | Link |
| BMI Workshop | Schedule Code | Attendee Links |
| BMI Industry Keynote | WeLu_Br | Link |
| BMI Workshop: New Trends in Neural Interfacing – I | MoAT2 | Link |
| BMI Workshop: Brain-Machine Interfaces for the Assessment of Consciousness | MoBT2 | Link |
| BMI Workshop: Brain-Inspired Cognitive Systems | MoCT2 | Link |
| BMI Workshop: New Trends in Neural Interfacing – II | TuAT1 | Link |
| BMI Workshop: BCIs for robotics and movement sciences | TuBT1 | Link |
| BMI Workshop: Recent advances in motor imagery BCIs | TuCT1 | Link |
| BMI Workshop: Deep Learning and Transfer Learning for Brain-Machine Interfacing | WeAT1 | Link |
| BMI Workshop: Mobile Brain/Body Imaging and BMI | WeBT1 | Link |
| BMI Workshop: Passive BCI for Operational Environments | WeCT1 | Link |
| Tutorials, Workshops, and Technical Sessions | Schedule Code | Attendee Links |
| Tutorial: Group Role Assignment with Constraints | SuAT2 | Link |
| Tutorial: Human Motion Sensing and Understanding: Theory and Applications | SuAT3 | Link |
| Tutorial: Machine Learning and Statistical Methods for Information Fusion System Design and Evaluation | SuAT4 | Link |
| Workshop: Modeling and Analysis of Fuzzy Systems in The Frequency Domain | SuBT2 | Link |
| Workshop: Security, and Privacy in Human Cybernetics, Smart Cities and IoT (SPHCSI-2020) | SuBT3 | Link |
| Workshop: Symbiotic Driving and Cross-Disciplinary Shared Control | SuBT4 | Link |
| Workshop: Systems Biology | SuBT5 | Link |
| Agent-Based Modeling | MoAT3 | Link |
| Cybernetics for Informatics | MoAT4 | Link |
| Expert and Knowledge-based Systems 1 | MoAT5 | Link |
| Machine Learning 1 | MoAT6 | Link |
| Neural Networks and their Applications 1 | MoAT7 | Link |
| Advanced Computational Intelligence and Knowledge Extraction | MoAT8 | Link |
| Affective Computing | MoAT9 | Link |
| Augmented Cognition | MoAT10 | Link |
| Automation Transparency and Explainability of Artificial Intelligence | MoAT11 | Link |
| Bio-Robotics Systems | MoAT12 | Link |
| Cooperative and distributed systems | MoAT13 | Link |
| Distributed Systems | MoAT14 | Link |
| Infrastructure systems and services | MoAT15 | Link |
| Intelligent Transportation systems I | MoAT16 | Link |
| Conflict Resolution and Decision Support | MoAT17 | Link |
| Biometric Systems and Bioinformatics | MoBT3 | Link |
| Evolutionary Computation 1 | MoBT4 | Link |
| Fuzzy Systems and Their Applications | MoBT5 | Link |
| Machine Learning 2 | MoBT6 | Link |
| Neural Networks and their Applications 2 | MoBT7 | Link |
| Cloud-Edge Collaborative Computing in Green Industrial Internet of Things I | MoBT8 | Link |
| Assistive Technology: Rehabilitation | MoBT9 | Link |
| Augmented Reality Systems | MoBT10 | Link |
| Collaborative Technologies and Applications | MoBT11 | Link |
| Blockchain technologies and AI in Financial systems | MoBT12 | Link |
| Decision Support Systems | MoBT13 | Link |
| Enterprise Information Systems | MoBT14 | Link |
| Intelligent Assistants and advisory systems | MoBT15 | Link |
| Intelligent Transportation systems II | MoBT16 | Link |
| Data Security and Machine Learning in Industrial and Medical Systems | MoBT17 | Link |
| Computational Intelligence | MoCT3 | Link |
| Evolutionary Computation 2 | MoCT4 | Link |
| Heuristic Algorithms | MoCT5 | Link |
| Machine Learning 3 | MoCT6 | Link |
| Neural Networks and their Applications 3 | MoCT7 | Link |
| Cloud-Edge Collaborative Computing in Green Industrial Internet of Things II | MoCT8 | Link |
| Assistive Technology: Sensing and Control | MoCT9 | Link |
| Brain-based Information Communications | MoCT10 | Link |
| Ethics in AI, Cyber-Physical and IoT Systems | MoCT11 | Link |
| Conflict resolution | MoCT12 | Link |
| Distributed Intelligent Systems | MoCT13 | Link |
| Industrial Systems | MoCT14 | Link |
| Intelligent Robotic Systems | MoCT15 | Link |
| Intelligent Transportation systems III | MoCT16 | Link |
| Distributed Adaptive Systems | MoCT17 | Link |
| Evolutionary Computation 3 | TuAT2 | Link |
| Image Processing/Pattern Recognition 1 | TuAT3 | Link |
| Hybrid models of NN | TuAT4 | Link |
| Machine Learning 4 | TuAT5 | Link |
| Neural Networks and their Applications 4 | TuAT6 | Link |
| Computational and Medical Cybernetics | TuAT7 | Link |
| Human Factors: Driver Behaviour | TuAT8 | Link |
| Human Performance Modeling | TuAT9 | Link |
| Human Centered Transportation Systems | TuAT10 | Link |
| Intelligent Energy Systems I | TuAT11 | Link |
| Intelligent Learning in Control Systems I | TuAT12 | Link |
| Robotic Systems I | TuAT13 | Link |
| Robotic Systems IV | TuAT14 | Link |
| Intelligent Learning in Control Systems | TuAT15 | Link |
| Industry Session | TuAT17 | Link |
| Evolutionary Computation 4 | TuBT2 | Link |
| Image Processing/Pattern Recognition 2 | TuBT3 | Link |
| Industry 4.0 | TuBT4 | Link |
| Machine Learning 5 | TuBT5 | Link |
| Neural Networks and their Applications 5 | TuBT6 | Link |
| Computational Collective Intelligence | TuBT7 | Link |
| Human Factors: Ergonomics | TuBT8 | Link |
| Human Performance Modeling for Driving | TuBT9 | Link |
| Human Machine Interface | TuBT10 | Link |
| Intelligent Energy Systems II | TuBT11 | Link |
| Intelligent Learning in Control Systems II | TuBT12 | Link |
| Robotic Systems II | TuBT13 | Link |
| Smart Urban environments and Intelligent transportation systems | TuBT14 | Link |
| Proactive Healthcare Systems | TuBT15 | Link |
| Evolutionary Computation 5 | TuCT2 | Link |
| Image Processing/Pattern Recognition 3 | TuCT3 | Link |
| Knowledge Acquisition in Intelligent Systems | TuCT4 | Link |
| Machine Learning 6 | TuCT5 | Link |
| Neural Networks and their Applications 6 | TuCT6 | Link |
| Cyber Modern Technology on Medicine, Health Care and Human Assist | TuCT7 | Link |
| Human Performance and Workload Estimation | TuCT8 | Link |
| Human-Computer Interaction | TuCT9 | Link |
| Human Well-Being in the Context of Autonomous and Intelligent Systems | TuCT10 | Link |
| Logistics Informatics and Industrial Security | TuCT11 | Link |
| Neural Networks and their Applications 7 | TuCT12 | Link |
| Robotic Systems III | TuCT13 | Link |
| Space and cyber-physical systems | TuCT14 | Link |
| Robotics, Intelligent Sensing, and Haptics | TuCT15 | Link |
| The Future of Systems Engineering and Information Technology | TuCT16 | Link |
| Swarm Intelligence 1 | WeAT2 | Link |
| Image Processing/Pattern Recognition 4 | WeAT3 | Link |
| Granular Computing | WeAT4 | Link |
| Design of Machine Learning Models for Fresh Produce Price Predictions and Comparison with Other Approaches I | WeAT5 | Link |
| Fault-Tolerant and Attack-Resilient Cyber-Physical Systems I | WeAT6 | Link |
| Machine learning for Intelligent Imaging Systems I | WeAT7 | Link |
| Human-Machine Interface: Machine Learning | WeAT8 | Link |
| Human-Computer Interaction in Military Applications | WeAT9 | Link |
| Mental Models | WeAT10 | Link |
| User Interface Design for Mixed Modalities | WeAT11 | Link |
| Virtual and Augmented Reality Systems | WeAT12 | Link |
| Wearable Computing | WeAT13 | Link |
| Intelligence Computing and Its Applications I | WeAT14 | Link |
| Trustworthy Technologies for Autonomous Human-Machine Systems | WeAT15 | Link |
| System approaches in biology and social network systems | WeAT16 | Link |
| Junior Track: Human-Machine Interface | WeAT17 | Link |
| Swarm Intelligence 2 | WeBT2 | Link |
| Machine Learning 7 | WeBT3 | Link |
| Machine Vision 1 | WeBT4 | Link |
| Design of Machine Learning Models for Fresh Produce Price Predictions and Comparison with Other Approaches II | WeBT5 | Link |
| Fault-Tolerant and Attack-Resilient Cyber-Physical Systems II | WeBT6 | Link |
| Machine learning for Intelligent Imaging Systems II | WeBT7 | Link |
| Human-Machine Interface: Motor Imagery and BCI | WeBT8 | Link |
| Human-Machine Cooperation: Assistance | WeBT9 | Link |
| Information Visualization | WeBT10 | Link |
| Team Performance and Training Systems | WeBT11 | Link |
| Web Intelligence | WeBT12 | Link |
| Human-in-the-loop Machine Learning and Its Applications | WeBT13 | Link |
| Intelligence Computing and Its Applications II | WeBT14 | Link |
| Rehabilitation Intelligence and Applications | WeBT15 | Link |
| Intelligent Transportation Systems IV | WeBT16 | Link |
| Junior Track: Intelligent Systems | WeBT17 | Link |
| Optimization | WeCT2 | Link |
| Machine Learning 8 | WeCT3 | Link |
| Machine Vision 2 | WeCT4 | Link |
| Intelligent Data Analytic Techniques and Applications on Finance | WeCT5 | Link |
| Quantum Cybernetics and Machine Learning | WeCT6 | Link |
| Sparse Data Analysis, Representation Learning and Multi-Agent System | WeCT7 | Link |
| Human-Machine Cooperation: Systems and Platforms | WeCT8 | Link |
| Human-Machine Interface: Robot Learning | WeCT9 | Link |
| Human-Machine Cooperation:Trust and Adaptation | WeCT10 | Link |
| Kansei Engineering | WeCT11 | Link |
| User Interface Design | WeCT12 | Link |
| Information Systems for Design and Marketing | WeCT13 | Link |
| Intelligent Human-Machine Collaboration for Automated Driving | WeCT14 | Link |
| Shared Control for Multi-Agent Collaboration | WeCT15 | Link |
| System of Systems | WeCT16 | Link |
| Junior Track: Machine Learning | WeCT17 | Link |