Our Goal
The Robotics and Intelligent Sensing Technical Committee (RIS-TC) strives to maintain SMC’s leadership position in robotics and intelligent sensing research, provide strategic support to SMC members active in robotics and intelligent sensing research, and serves as a link between members of the RIS-TC and other technical committees within the IEEE SMC Society. In addition, the RIS-TC is committed to facilitating collaborative efforts between SMC and other IEEE societies and non-IEEE professional societies in advancing fundamental and applied research in robotics and intelligent sensing. Topics include:
- Autonomous Navigation Systems : Exploring algorithms for path planning and obstacle avoidance in mobile robots.
- Human-Robot Interaction : Studying methods for improving communication and collaboration between humans and robots.
- Robotic Vision and Perception : Investigating techniques for visual recognition and perception in dynamic environments.
- Sensor Fusion in Robotics : Analyzing how multiple sensor inputs can be integrated for enhanced decision-making.
- Swarm Robotics : Understanding collective behaviors in robotic swarms and their applications in search and rescue.
- Robots in Healthcare : Examining the role of robotics and sensing technologies in patient monitoring and surgical assistance.
- Industrial Automation : Evaluating the impact of intelligent sensing in manufacturing and logistics.
- Soft Robotics : Exploring the use of flexible materials and sensors for creating adaptable robotic systems.
- Artificial Intelligence in Robotics : Assessing the role of machine learning algorithms in improving robotic performance.
- Environmental Monitoring Using Robots : Utilizing autonomous robots equipped with sensors to collect and analyze environmental data.
- Drones and Aerial Robotics : Investigating the use of drones for mapping, surveillance, and delivery systems.
- Robotics for Hazardous Environments : Developing robotic systems for exploration and operation in dangerous or inaccessible areas.
- Ethics and Robotics : Discussing the ethical implications of deploying intelligent robots in society.
- Intelligent Prosthetics : Researching advancements in robotics that enhance mobility and functionality for individuals with disabilities.
- Augmented Reality and Robotics : Studying how AR can be used to enhance robot operation and user interaction.
- Robotic Touch Feedback : Developing systems that enable robots to provide tactile feedback to users, enhancing remote operations and telepresence. This can improve human-robot interaction, making it more intuitive.
- Haptic Interaction in Virtual Reality (VR) : Exploring how haptic technology can improve user experience in VR environments by simulating touch, feel, and texture, enhancing training simulations for robotic operations.
- Adaptive Haptic Interfaces : Creating interfaces that adapt to the user’s sensory preferences and the context of use to provide optimal feedback, improving precision and efficiency in robotic tasks, especially in delicate operations like surgery or assembly.
- Intelligent Haptic Sensing : Integrating advanced sensors that detect and interpret user touch, allowing robots to gauge force and nuance in physical interactions, which is crucial for applications in collaborative robots (cobots) working alongside humans.
- Environmental Interaction and Perception : Researching how haptic feedback can provide robots with better perception of their environment, allowing for enhanced navigation and manipulation capabilities within complex surroundings.
- Machine Learning in Haptics : Utilizing machine learning algorithms to interpret haptic data for improved decision-making in robotics, enabling robots to learn and adapt using feedback from physical interactions.
News
IEEE Academia-Industry Summer School (AISS) – Towards Human-Centric Artificial Intelligence (AI)-empowered Autonomy, Swinburne University of Technology, Melbourne, Australia, 11-15 November 2024
IEEE SMC Distinguished Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 23 July 2024 (University of London)
IEEE SMC Distinguished Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 17 July 2024 (University of Glasgow)
International Defence and Security (IDEaS) Symposium, 21 November 2023, Swinburne University of Technology, Melbourne, Australia
Lecture – Towards Innovation Success: Commercialisation of SaMD and the Sustainability Transition to NetZero by Dr. Khoh Soo Beng, PMO Innovations Sdn Bhd, 7 September 2023
IEEE SMC Distinguished Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 24 August 2023 (Co-organised by IEEE SMC Society Montreal Section Chapter; and Concordia University)
Lecture – Embracing the Future: Nanosensing Devices Revolutionizing Human Potential by Associate Professor Noushin Nasiri, Macquarie University, 17 August 2023
IEEE SMC Distinguished Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 28 June 2023 (Co-organised by IEEE SMC Society Singapore Chapter; and Singapore University of Technology and Design)
IEEE SMC Distinguished Lecture:
Transitioning from Industry 4.0 to Industry 5.0: A Human-Centric Approach, Saeid Nahavandi, 27 June 2023 (Co-organised by IEEE SMC Society Malaysia Chapter; and University of Malaya)
Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 27 June 2023 (Taylor’s University, Malaysia)
IEEE SMC Distinguished Lecture: Emerging haptically-enabled systems for immersive simulation-based training: Design, Development, and Deployment, Saeid Nahavandi, 26 June 2023 (IEEE SMC Society IEEE SMC Malaysia Chapter)
Lecture – Does Australia need a Federally Funded Research and Development Center (FFRDC) by Dr. Braden McGrath, Managing Director, MITRE Australia, 27 March 2023
Call for Papers: SPECIAL SESSION ON “Human Machine Interfaces and Haptics” for SMC’2023
Lecture -Simulated Robots – Robotic Simulators by Dr. Tobias Bellmann at Institute of System Dynamics and Control, German Aerospace Center (DLR), December 2022
Defence and Security Symposium 2022, 1 December 2022
Call for Papers: SPECIAL SESSION ON “Human Machine Interfaces and Haptics” for SMC’2022
Call for Papers: SPECIAL SESSION ON “AI for Human Performance Monitoring (AI4HPM)” for SMC’2022
Call for Papers: SPECIAL SESSION ON “Robotics and Intelligent Sensing” for SMC’19 Deadline March 31, 2019.
Call for Papers: SPECIAL SESSION ON “Human Machine Interfaces and Haptics” for SMC’19 Deadline March 31, 2019. Download CFP (PDF).
Join Us
- Interact with experts in robotics and intelligent sensing.
- Participate in leading international conferences and workshops.
- Network with colleagues from around the world.
- Publish in quality conferences and journals such as IEEE SMC and SMC Society Transactions.
Mehrdad Saif
TC Co-Chair
University of Windsor, Canada