fbpx

New AI and robotics devices in ORBIT Lab

A graphics showing pictures of some of the new AI and robotics devices available in ORBIT Lab.

Through the fall semester, our Lab Manager, Søren, has been busy browsing the web for new interesting gadgets to give you better opportunities to gain hand-on experience with technologies in the fields of AI, computer vision and robotics. These devices are available for student projects or if you want to do some experimenting on your own to learn more about these fields.

Below, you can read about some of our new devices – most of them have already been added to the ORBIT Resource management system, ORMS

Google Coral

Coral is a complete toolkit that can be used to build products with local AI. The on-device inferencing capabilities allow you to build products that are efficient, private, fast and offline.

Read more about Google Coral.

Nvidia Jetson Nano

NVIDIA® Jetson Nano™ Developer Kit is a small, powerful computer that lets you run multiple neural networks in parallel for applications like image classification, object detection, segmentation, and speech processing. All in an easy-to-use platform that runs on as little as 5 watts.

Read more about the Nvidia Jetson Nano Developer Kit.

Bitcraze Crazyflie

Nano quadcopter that can be controlled from a BLE (Bluetooth Low Energy)-enabled smartphone or controlled from a computer using the USB radio dongle. Both firmware and hardware is open source.

The Multi-ranger deck uses five laser sensors to measure the distance in the directions front/back/left/right/up. This enables the Crazyflie to detect proximity to objects at up to four meters.

A flow deck gives the Crazyflie 2.X the ability to understand when it is moving in any direction.

Read more about Crazyflie.

Donkey Car

Donkey Car is a small-scale remote-controlled car mounted with a Raspberry Pi, as sensor and a camera. It has an open-source DIY platform with a high-level self-driving library written in Python. A Donkey Car consists of standalone, independently configurable components that can be combined to make a car. By training your machine learning models, you can get it to navigate around a small indoor track and optimize it for the fastest lap time while still staying on the track.

Read more about Donkey Car

When the situation allows, we will be hosting another Donkey Car event in collaboration with our partner, Trifork. So keep an eye on upcoming events e.g. in our Facebook event feed

Turtlebot Burger

TurtleBot3 is a new generation mobile robot that is modular, compact and customizable. You can explore Robot Operating Systems and create exciting applications for education, research and product development. It includes charger, battery, servo motors, LiDAR, Raspberry Pi, OpenCR and IMU.

Read more about TurtleBot3.

Intel RealSense D455 depth camera

The latest edition of the RealSense depth cameras with both depth and RGB cameras with global shutter. It includes an IMU to refine its depth awareness in situations where the camera moves like on a robot or drone.

Read more about the D455.

Raspberry Pi 4

Last but not least, we also got some Raspberry Pi 4 single-board computers running Linux that can be used for countless projects. 

Read more about Raspberry Pi 4.

Unfortunately, Aarhus University is still in lockdown and therefore, it is a little more challenging to drop by to borrow equipment from us. But if you are interested in any of these devices – or any other devices from ORMS – reach out to Søren (smd@ece.au.dk), and he will let you know when and if you can schedule a pickup based on the Corona restrictions at that time. 

We look forward to seeing you all in the lab post-Corona!