| 2.1 PRYSM Robot public demo |
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| 12.1 AgIoTrap - first prototype fully funcional |
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| 27.1 Agiot4forest instalation in fravizel |
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| 14.1 SlurrySense - First demontration of the prototype |
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| 3.1 VINESLAM - Accurate 3D Map - in ROS2 and RTK-GNSS |
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| 20.1 - AgIoT4Spectral - METBOTS Instalation on ROBOTIS arm |
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| 12.3 AgIoTrap - Promotional video of first prototype |
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| 8 - AgIot - AddON camera with PAN TILT prototype |
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| 4.0 AgRob PP - First realistic simulation of Steep Vine |
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| 15.1 AgRob_Model_E - First version with ROS2 and RTK |
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| 1.1 SCORPION robot - first version without |
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| 3.2 VINESLAM - High detailled 3D Map (Parallel process -off) |
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| 12.2 AgIoTrap - 9 Prototype mounted for DEMETER |
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| 4.1 AgRob PP - Navigation from satelite with local maps |
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| 15.2 AgRob_Model_E - Second version with implement |
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| 3.3 VINESLAM - V1 Topological / a-like graph slam |
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| 4.2 AgRob PP - Move toROS2 and mem optimization(topological) |
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| 3.4 VineSLAM - Mapping and localization using fruit |
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| Instalação de 6 armadilhas (Alcobaça) |
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| 7049 - ROMOVI - Fechar integração com robot da TEKEVER |
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| Integração com os sistemas de apoio à decisão do DEMETER |
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| TESE- fechar tese de doutoramento de Path Planning (AgRobPP) |
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| [none] |
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