News Article

Pelican drone ensures super quick water sampling

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News ArticlePelican drone ensures super quick water sampling/news/pelican-drone-ensures-super-quick-water-sampling
Swarm RoboticsTU Delft scientists create world’s smallest autonomous racing drone/news/tu-delft-scientists-create-worlds-smallest-autonomous-racing-drone
News ArticleAI & Robotics Seminars: video overview/news/ai-robotics-seminars-video-overview
Interactive RobotsHuman-robot symbiosis improves interaction/news/human-robot-symbiosis-improves-interaction

Highlights

AI & Robotics Seminars: video overview

Video overview

World’s smallest autonomous racing drone

The main innovation is the design of robust, yet extremely efficient algorithms for motion prediction and computer vision.

Swarm Robotics

Researchers

Researchers TU Delft Robotics Institute

Latest news

Pelican drone for water sampling

2 Oct - 2019
Swarm Robotics

World’s smallest autonomous racing drone

29 May - 2019
Robots That Work

Accept the Tank Inspection Challenge

3 May - 2019

AI & Robotics Seminars: video overview

23 Apr - 2019

Robocar and Urban Space Evolution

11 Apr - 2019
Interactive Robots

Human-robot symbiosis

25 Mar - 2019

Our Themes

  1. Theme

    Swarm Robotics

    Relatively simple robots that together can perform complex tasks, such as observation, measurement and data collection

  2. Theme

    Interactive Robots

    Robots that can work together and interact with humans at a physical or social/cognitive level

  3. Theme

    Robots That Work

    Robots that can perform tasks for or together with humans in a human production environment

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