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Design of a Cyber-Physical Demonstration Using STEAM: Superconducting Chaotic Robots
Author(s)
Date Issued
August 21, 2018
Type
Conference Paper
Abstract
In this paper, STEAM approach to create superconducting chaotic robots as a cyber-physical system is demonstrated. In science and technology viewpoints (ST), Meissner's effect is a fascinating phenomenon leading students to be motivated and inspired to learn more about this macroscopic quantum effect. In engineering and artistic design (EA), we utilize augmented reality to create a virtual octopus over a real environment. The virtual octopus is appeared whenever a superconducting phenomenon is detected. In other words, once a Meissner's effect is identified by a computer program on smartphones, then the octopus will chaotically floating over the superconductor disk in the real space. The octopus's trajectory can be mathematically (M) generated by any chaotic equation. Subjectively, the proposed CPS demonstration was impressed by computer engineering students in our classes.
Citation
Icsec 2017 21st International Computer Science and Engineering Conference 2017 Proceeding, 124-127, 2018