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Proyección, diseño y construcción de plataforma robótica para investigación en inteligencia artificial

Author(s): Fredy Hernán Martínez Sarmiento | Mariela Castiblanco Ortiz

Journal: Tecnura
ISSN 0123-921X

Volume: 14;
Issue: 27;
Start page: 7;
Date: 2010;
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Keywords: Intelligent control | FPGA | Development platform | Robot.

In order to consolidate research about artificial intelligence-based tools, the design and construc-tion of an autonomous robotic platform with simple mathematical model and high processing capacity is considered. The final prototype objective is to evaluate autonomous control strategies, artificial vision, route planning and collective intelligence. For this reason, the system was equipped with aFPGA as central control unit. In order to facilitate the development of a theoretical model, and provide the system with high mobility, the prototype was structured on a differential platform with two independent motors coupled with scroll wheels, and one third omni directional wheel of support. The mechanical structure was designed in acrylic (methacrylate), looking for mechanical strength, low weight, visualization of components and esthetic presentation. For primary space location, the prototype was equipped with encoded positionultrasonic sensors for wide range of vision. In addition, the system counts with ports to increase robot peripherals. The prototype was evaluated in laboratory, observing an excellent performance according to plan in design.

Tango Jona
Tangokurs Rapperswil-Jona

RPA Switzerland

Robotic Process Automation Switzerland