|12/17/2019||As the paper submission deadline was extended, the acceptance
notification deadline is extended to 01/03/2020.
|11/08/2019||Due to many requests, the submission deadline is extended to November 29, 11:59pm PST (final).|
|10/16/2019||The paper submission deadline is extended to November 08, 11:59pm PST|
CALL FOR PAPERS
The boundaries between Computer Science and Robotics are continuing to be softened. On one hand computers are continuing to be humanized and a large number of cyber-physical systems are being developed to act upon the physical world. On the other hand the robotic community is looking into the robots of the 21st century that are versatile computing machines with high social impact potential, such as enhance transportation safety, reduce agricultural pesticide use, and improve public safety and crime-fighting efficacy, among other things. The barriers that restrain their diffusion significantly correlate to the complexity of developing their software control systems, which must be reliable, maintainable, intelligent, and safe.
Robotic Computing (RC) addresses the synergetic interaction of computing technologies and robotic technologies. The synergy between Robotics and Computer Science is both realistic and strategic. Their mutual benefit is to make it possible to build and evolve new robotic systems, to reduce their development cost, and to enhance their quality.
Topics related to Computer Science
- Formal methods for analysis and design
- Software architectures
- Middleware infrastructures
- Model-driven engineering
- Component-based engineering
- Software product line engineering
- Data, ontology, and knowledge engineering
- Autonomic computing
- Natural language understanding
- Service oriented computing
- Cloud computing
- Semantic computing
- Multimedia computing
- Internet of Things
- Virtual reality
- Computer security
Topics related to Robotics
- RAMS abilities of robotic systems
- Hardware modeling and abstraction
- Resource awareness
- Sensor fusion, integration
- Place recognition, localization
- Object recognition, tracking
- Scene interpretation
- Robot cognition
- Manipulation, grasping
- Robot kinematics, dynamics
- Motion planning, control
- Task planning, monitoring
- Human-robot Interaction
- Robot simulation
- Multi-robot systems
The Conference is also inviting innovative contributions that discuss the future of the field including, but not limited to:
- What are the challenges to robotic computing?
- What are the main unresolved theoretical and/or methodological controversies?
- What are the stakeholders’ (e.g., industries, public bodies, educators) research and development problems?
- What can be learned from other disciplines and what can they learn from robotic computing?
- What is the real world experience of Robotic Computing over the past 10 years, and how might it continue to evolve as we look toward the next decade?