The IEEE international conference on robotics and automation (ICRA) 2024 will take place from 13 to 17 May in Japan Yokohama. The event will include plenary and main interviews, technical sessions, posters, workshops and instructions.
Diaper
This year there are three plenary interviews at the conference at the Conference:
- Yoky Matsuoka – How to turn robotists into a corporate explorer
- Haddadin yourself – Big Accelerator Robot: Collective Learning Optimal embodied AI
- Sunil to Agrawal – Robotics Rehabilitation: How to improve daily functions in people with IMMEAMENTY?
Main conversations
There will be 15 major interviews that:
- Lianqing liu – Biosyncretic sensing, control and intelligence for robotics
- Dawn M. Tilbury – Digital twins for production automation
- Claudio Pacchierotti -Beyond Force Feedback: skin halt in robotics focused on a person
- Yu Sun – Medical robotics for cell surgery – science and application
- Yasuhisa hirata -Adaptable aitabled robots to create pulsating projects of research and development of the company in Japan
- Calin belta -Formal methods for checking security criticism
- Catalano manual – Robots in the wild: from research laboratories to the real world
- Harold Soh – Building bridge management with generative models for learning and control of robots
- Lorenzo sabattini -Neneting the power of many: decentralized control of multi-color systems
- Myunghee kim -Copat of robots from human
- Yoko yamanishi -Meint function of electrically induced bubbles and intral cybernetic avatar
- Kensuke hararada – Robotic manipulation loving for industrial applications
- Iolanda Leite – Search for an automatic robot of a social robot
- Rong xiong – Integration of robotics and AI: changes and challenges
- Mariana Medina-Sanchez – Small robots, great impact: transformation of gynecological care
Consultation
The teaching programs will take place on Monday 13 May and Friday 17th May.
- Ergodic check -up program
- Connected platform for ROS for ROS deployment in real world network settings
- How to manage fush robots using open source software
- RIEMANN and GAUSS meet with Asimov: 2. Tutorial about geometric methods in learning, optimization and robot control
- Cloud and fog robotics: practical instructions with ROS2 and Fogros2
- Choreographic swarms: From scripting to emerging expressive behavior for joining people and robots
Workshops
Workshops will also take place on Monday 13 May and Friday 17th May. This year you can choose 73.
- Debates on the future of robotics research
- Workshop on field robotics
- Continum and soft robotics for medical applications with rising stars on an internship
- Agile robotics: From perception to dynamic action
- 6. Workshop about long -term prediction of human movement
- 2.
- Towards Partners’ Cooperation: Design, Shared Control and Learning Robots for Human-Robot’s Physical Interaction
- Avatar-Symbiosis Social Field Experiments
- 3. Workshop on the future of construction: Lifelong learning robots on changing construction sites
- What do responsible robotics mean?: Stretching the horizons of robotics from academic, government and philosophical perspectives
- Workshop about ontologies and standards for robotics and automation
- Exploring the allocation of roles in co-manipulation with a human robot
- C4SR+: Continum, compatible, cooperative, cognitive robotic system in the embodied era AI
- Dynamic Duos: Human-Robot Adaptation in Production
- Autooms in Robotics Surgery: The latest, technical and regulatory challenges for clinical application
- 2. A robot-assisted medical imical icra-rosy
- Back to the Future: Learning Robots will be likely
- BainSpirate, soft and other new paradigms of design for air robotics
- Impulsive movement in a soft robotic and micro -cell system
- Agile movements II: animal behavior, biomechanics and robotic devices
- Bimanual Manipulation: We Kitchen Challenges
- Robotics, psychology and neuroscience increases
- Sustainable soft robots: working with the environment
- Robotics and Sustainability: A two -way relationship
- 2. Workshop on handling mobile manipulations and embodied intelligence (MOMA) integrates perception, learning and control for full autonomy
- (Re) Design of a Robotic Life tree: a game of alternative time axes.
- Strengthening sustainable food systems through Agri-Robotics innovation
- Common design in robotics: theory, practice and challenges
- Trust for the symbiotic society of Robot
- Soft Continua manipulators: Botlecks and Applications
- Advanced human-robot-based interfaces based on physiological signals and sensory stimulations
- Auxiliary systems: Laboratory for patient care
- Mad-Games: Workshop on more agent dynamic games
- Workshop on robot ethics – ethical, legal and user perspectives in robotics and automation (worobet)
- Applications and future directions of affective technologies
- PROXYTOUCH: Proxy-Walfish Architecture for the whole body for industrial and service applications
- BIO-INSPIRED ROBOTIK AND ROBOTIKI FOR BIOLOGY
- Future Plan for Teaching Sensorimotor Skills for Handling with Robot
- Robotics and automation in nuclear around
- 3D visual representation for manipulation with robot
- Advances in Optimizing Trajectory and Predictive Model Control for Foot Systems – 2. Edition
- Robots to understand natural ecosystems
- Cooking Robotics: Planning of Perception and Movement
- Software Architectures Robot (RSA24)
- Grasping multiple objects: progress and prospects
- First Workshop on Model Models for Navigation and Manipulation
- Radar in robotics: resistance from signal to navigation
- Anthropomorphic and zoomorphic terminal effectors: assets or unnecessary distortion?
- Workshop on durable off -road autoooms
- Breaking the stereotypes of the swarm
- Translation research in medical robotics: from laboratory benches to clinical use – how?
- 4. Workshop on representation and handling of deformable objects
- Loco-Manipulation: Algorithms, Challenges and Applications
- Knowledge across species: by nature to robotic application
- Unconventional robots: Universal lessons for designing unique systems
- Acceleration of discovery in the laboratories of natural sciences with AI and robotics
- Human-Robot Companionship for Healthcare and Wellness: Which form of society for what type of care?
- Humanoid control of the whole body: from understanding human movement to a humanoid locomot
- Robbonerf: Neural Field in Robotice
- VITAC 2024: Visuo-Thectile through the perception of the robot embodiment
- Supervised Automia: How to form the interaction of human-robot from the body to the brain
- Robots and robotics at the age of climate change
- Multilateral teleoperation focused on humans: perception, telecommunications and coordination
- Innovation and application of human modeling in the interaction of physical man-robot
- How to fix the behavior of robots? Software challenges in formal methods for robotics
- Strengthening wearable devices and applications through a new design, shooting, control and AI
- Wearable intelligence for health care robotics (WIHR): From brain activity to body movements
- New technologies in intelligent exoskeleton systems
- Expanding boundaries of SIM2REA: robotics, biomechanics, plasma physics, chips design and further
- Nursing Robotics: New Fields resulting from Integration between Robotics and Nursing Science
- Speed Dating to Long-term Relations: ART-ROBOT Residence Enabled by Joint Language
- Workshop on learning to strengthen human allgnosis for autonomous agents and robots
- 2. Workshop about neurodesign in interaction of human-robot: production of HRI technology that your brain cannot withstand
You can see the program overview here with a detailed program, which is available here.