Many members of the SDI community are computer scientists and not familiar with soldering and working directly on the hardware. They are afraid of touching circuit boards, because they don’t want to destroy anything. But as it is one important goal of the SDI community lab to bring the different fields of studies closer together we organized a so called Fikat Day. Andreas Rom from Siemens AG gave a small theoretical introduction to soldering itself, the hardware of the Fikat board and that there is a small mistake on it that we should repair by our own during the day. After a small soldering exercise we started to fix the Fikat board.
After this we tested the boards for functionality and. if they worked propably, signed it as checked. Overall we checked about 120 boards. For many of the SDI members it was a very interesting event and the fear of touching and destroying circuit boards decreased a lot.
The Siemens AG left 15 Fikat boards at our Community Lab for free usage. Thank you very much! So if you are intrested in working and trying the Fikat board you are highly welcome to visit the Community Lab. In near future a second event is planned that concentrates on the software and programming of the device. This second event will as always be an open event and of course announced at our homepage.
The SDI Community Lab hosts a tournament on Retropies.
more information here …
Doing a night-session to finish the project and prepare the presentation. Final day is thursday 18th of May. The closing event and award ceremony will take place at 2 p.m. in the tentoria at the technical faculty of FAU.
We design a smart feeding bowl for pets. It analyses the activity of the cat and provides the appropriated amount of food according to its energy consumption during the day. This helps the cat to stay fit!
First prototype is already running:
Short break with pizza and and super mario!
Just few more lines for today…
The SDI comunnity lab will take part of the IoT challange, organized by the FAU. More information can be found here: https://www.wiso.rw.fau.de/2017/04/25/einladung-zur-iot-challenge-2017/
The first thesis was sucessfully completed at SDI Community Lab. Andreas Rom describes the principles of SDI, Fikat and how to use it. To find out more, you can get your personal copy here:)
Many users are interested in exciting RT Projects. The first step to realise such projects is to patch your Kernel to run a RT application. This initial hurdle is not a trivial step and can take a long time. Our published scripts should help you for an easy start in the World of Real Time Systems. Run this scripts on your vanilla Raspian with a valid internet connection.
Follow us on Github: here
On March 16 the SDI Community Lab opened its doors for interested students of secundary school. The aim of this event was to awake interest in computer science and engineering in general. In the beginning Steffen explained what the elementary part of a processor is and how to connect these to get a simple adder. He visualised his explanation by drawing a schematic using transistors connected to an AND- and an OR-gate on the whiteboard.
Before showing a practical demonstration, Christian gave a little talk about the theory of image processing and automotive driving. He roughly explained how to detect edges and circles in an image and pointed out that different image processing algorithms have different requirements for processing power and memory. Therefore he followed that using the right computer architecture for a specific algorithm has huge impact on the efficency and performance. Afterwards Daniel showed a smart camera installed on a drone and demonstrated live the detection of circles. This can e.g. be used for automatic flying.
At the end, Steffen showed the Fikat-Board and the software defined control of a electric propeller. After the presentation the students were welcome to ask questions and have a talk to all present members of the SDI community lab.
We are glad that so many students participated and also showed a large interest in the projects at the SDI Community Lab. Some of them even stayed to have a small conversation afterwards.
The 3D printer was successfully put into operation by printing a case for the ZedBoard from Avnet. This case can be mounted on top of an Iris+ Quadrocopter with the help of feet that are also 3D printed. The drone is thus able to take the ZedBoard on the journey. In the future, fast and intelligent flight automation can be implemented with the aid of intelligent cameras for controlling the drone and software-definable inverter architectures for targeted control of the rotors.
The STL-Files can be downloaded here.
March, 7th at 2 pm the SDI Community Lab was opened by Prof. Jürgen Karl, Vice-Dean of the Technical Faculty. He started the event with introducing words about the importance of the collaboration of computer science with classical engineering fields considering emerging issues such as IoT and sensor fusion.
Afterward, Prof. Dietmar Fey (Head of the Chair of Computer Science, left) spoke about the collaboration with the Siemens AG and upcoming research projects which will be conducted in the SDI Lab.
As one of the moving forces behind project, Dr. Dominic Buchstaller (Siemens AG, right) underlined the importance of the technologies used within the FIKAT board and thanked the Chair of Computer Science foor the intense collaboration.
Last but not least, Dr. Marc Reichenbach (Head of the SDI Lab) payed tribute to all involved persons which contributed ressources to make the idea of this SDI Lab become real.
The last official part consisted of projects allready carried out by student members of the SDI Lab including an ellipse detecting algorithm for a camera drone and a test facility designed to demonstrate the capabilities of the FIKAT board.
The event enden with some food, drinks and scholarly debates about the Lab and the demonstrated projects.
To realize rapid prototyping platforms, the SDI Community Lab now owns an Ultimaker 3 in the Extended version.
As a first usage, a case was designed and printed for a prototype board.