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      • Three-dimensional Mapping with Augmented Navigation Cost
      • Cooperative Area Coverage Using Hexagonal Segmentation
      • Fenrir: 3D Printed Robotic Arm
      • Determining the Association of Individuals and the Collective Social Space
      • Semantic Description of Objects in Images Based on Prototype Theory
      • Semantic Mapping for Visual Robot Navigation
      • Detecting Landmarks On Different Domains Faces
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      • Advanced teleoperation of mining equipment: excavator
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      • HeRo: An Open Platform for Robotics Research and Education
      • Semantic Hyperlapse for First-Person Videos
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HeRo: An Open Platform for Robotics Research and Education

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In this project, we present HeRo, a novel small and capable platform for robotic research and education. Specially designed for swarm experimentation, which requires a large set of simpler robots, HeRo is a very low-cost alternative to other types of robotic platforms, without removing most capabilities and sensor abilities of commonly used or commercial platforms. HeRo is deeply integrated with the most used robotic framework available today, ROS.

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