The colorful squares are automatically put in position within times, which for human beings, is completely impossible. This sequence is then sent to the control and drives in real time. Using this image, an algorithm determines the rotation sequence for solving the cube.
Using image recognition and two cameras, the Rubik’s Cube Solver first calculates the current arrangement of the colorful squares. The students from the electrical engineering department used their collective knowledge in information-, drives- and automation technology for their final project. In just 385 ms, the well-known puzzle is magically solved using the most modern technology. As part of their diploma thesis at the HTBLA Saalfelden, David Haidenhofer, Markus Kreutzer and Paul Kreuzer designed a machine to solve a scrambled Rubik’s Cube.
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