Androver II robot drove 1,5 kilometers autonomously using our algorithm
May 28, 2019 | Development
Mark detection, object recognition and tracking, vineyard row scanning and, most recently, segmentation of a suitable path for movement. These are all algorithms that RoboTech Vision tests on robots and plans to combine them into a fully autonomous and intelligent device.
Static and dynamic obstacles
After RoboTech Vision won first place in the international Istrobot competition in the autonomous driving category, the company set another goal for Androver II. To participate in the Robotour Marathon 2019. The first test of the robot had excellent results.
Androver II drove 1,5 km continuously. The robot uses a sensor system and our algorithm for its autonomous movement, by which it is able to segment a path suitable for movement. It detected and avoided static and dynamic obstacles too.
Author of the post
Related articles
Androver II robot won first place in an international competition
Husky A200 robot recognizes and autonomously follows objects
Object detection and face recognition. How does neural network detection work?
Categories
LATEST POSTS
We have developed autonomous map navigation and obstacle avoidance
We have developed autonomous map navigation and obstacle avoidanceNovember 13, 2019 | Development Thanks to our algorithm, the Husky A200 robotic platform by the Canadian company Clearpath Robotics moves autonomously along a selected route, while...
RoboTech Vision at Forbes Technology 2019
RoboTech Vision at Forbes Technology 2019October 3, 2019 | Presentation RoboTech Vision accepted the invitation to the Forbes Technology 2019 event. Together with astrobiologist Dr. Michaela Musilová, project manager of the ESA Business...
Androver I robot went on a space mission to the “Moon”
Androver I robot went on a space mission to the "Moon"September 27, 2019 | News Together with the Slovak astrobiologist Dr. Michaela Musilová, mobile robot Androver I left for the HI-SEAS centre in Hawaii, where it will be part of a simulated...