Showing posts with label NASA. Show all posts
Showing posts with label NASA. Show all posts

Saturday, 30 November 2019

NASA International Space Apps Challenge 2019 Hackathon organized in Tartu

International Space Apps Tartu 2019

International Space Apps Challenge 2019 in Tartu

The University of Tartu - with its Department of Geography, Institute of Computer Science and Tartu Observatory - and the Tartu Science Park invite you and all interested citizens, students, staff and researchers from all disciplines, developers, hackers, designers, and Earth and Space data enthusiasts to the Tartu-hosted hackathon event as part of the 2019 International SpaceApps Challenge. Be part of a global hackathon movement to turn data into stories and propose solutions.

 

International Space Apps Tartu 2019: https://spaceapps2019.ut.ee/

The report has been archived in the University of Tartu DSpace repository and can be referenced/cited/linked via: http://hdl.handle.net/10062/66925

Monday, 14 April 2014

2014 NASA International Space Apps Challenge - TETRIS GroupSpace Apps Challenge 2014 - TETRIS Space Suit HUD demo with a Raspberry

As part of the 2014 NASA International Space Apps Challenge I joined an Auckland AUT University Textile Lab group to support their space suit concept idea with some cool wireless video and sensor streaming based on Raspberry Pi.

TETRIS (Terran Expeditionary Technologically Radical Instrumental Suit) is designing a suit, aimed for use by astronauts in space, which will make the astronaut’s work easier and safer to perform. It achieves this by embedding many of the new technologies being released in the recent years into the suit itself in order to: - monitor the astronaut’s life signs and condition via biometric sensors, such as a galvanic sensor for emotions, pulse sensor for the heart rate - allow simple integrated communication via a shoulder mounted camera and microphone - display biometric information to user via projected HUD - take simple electrical readings (when testing/diagnosing equipment) via embedded measurement tools (threaded conductive fabric in gloves) These hardware devices all interface with a RaspberryPi, being used as a central control unit in our design, as well the transceiver for all wireless communications between the astronaut and their remote operations control room.

Link to the 2014 Space Apps project website

The Raspberry Pi video camera live capture was streamed into the remote browser with an overlay of the HUD mockup.

Sources here https://github.com/TetrisGroup/spaceapps