10th Latin American Robotic Symposium, Arequipa, Peru

Abbrevation

LARS

Link

http://ucsp.edu.pe/lars2013/?lang=es

City

Arequipa

Country

Peru

Deadline Paper

2013-05-31

Start Date

2013-10-22

End Date

2013-10-25

Abstract

The LARS multiconference aims at promoting a comprehensive scientific meeting in the area of Robotics, bringing together researchers, undergraduate and graduate students of Computer Science, Electrical Engineering, Mechatronics Engineering and related areas. This multiconference, which is part of the Latin American Robotics Thrends also covering Robotics Competitions (LARC) besides the scientific event, will be through technical sessions, including oral presentation of full papers, technical lectures of recognized importance in the area, tutorials, and also will happen three workshops: of educational robotics (WRE), of undergraduate works (WUWR) and of graduate works (WGWR). We are looking forward to seeing you in LARS 2013. * TOPICS OF INTEREST (but not limited to): –– symbol mediated robot behavior control; –– sensory mediated robot behavior control; –– active sensory processing and control; –– industrial applications of autonomous systems; –– sensor modeling and data interpretation e.g. models and software for sensor data integration, 3D scene analysis, environment description and modeling, pattern recognition; –– robust techniques in AI and sensing e.g. uncertainty modeling, graceful –– degradation of systems; –– robot programming e.g. on–line and off–line programming, discrete event dynamical systems, fuzzy logic; –– Multi–Robot and Multi–Agents, Cooperation and Collaboration; –– CAD–based robotics e.g. CAD–based vision, reverse engineering; –– robot simulation and visualization tools; –– tele–autonomous systems; –– micro electromechanical robots; –– robot control architectures; –– robot planning, communication, adaptation and learning; –– mechanical design; –– robot soccer; –– evolutionary robotics; –– robots for robotic surgery and rehabilitation; –– micro/nano robotics, new devices and materials for robots; –– recognition and synthesis of voice and natural language generation; –– robotics vision and image processing; –– vision in robotics and automation; –– education issues in robotics; –– robotics in education; –– computing architectures; –– sensor Networks, architectures of embedded Hardware and software; –– sensor–motor control of robots, robotic manipulators; –– self–Localization, Mapping and Navigation; –– multi–robot systems; –– aerial vehicles; –– mobile robot platforms; –– underwater robots.