In this project, a professional error simulation system for an elevator control device consisting of software and hardware was developed. The software enabled the error simulation either for one or for multiple devices. The simulation process could be observed in real-time and at the same time, the process could be logged in a file.
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In this project, a professional light barrier error simulation system consisting of a software and a hardware was developed. The software provided different kinds of error simulations, like simulating an error on a specific light barrier, enabling and disabling the transmitter or receiver, etc. The user was able to choose different error codes, which in turn executed the predefined error task.
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In this project, a professional light barrier monitoring system was developed, which was used to check the quality of the light barrier hardware before it was released to the market. The purpose of this application was to monitor all interruptions when a person entered any of the light barriers.
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This project is an extension of the Monitoring System for Light Barriers project, which also allowed the monitoring of multiple light barriers.
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In this project, a user interface was developed, which was executed on Windows Server and provided a remote measurement for the radio quality GSM mobile phone. For this process, a Stabilock Communication Analyzer 4032 from Wavetek was used which was connected to the server and to the mobile phone.
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In this project a language wave decoder was developed, to transform different kinds of waveform data (e.g. .wav as sine, square, cosine and so on) to bytes and send them via the COM port to a PIC18F452 controller from Microchip.
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At first, a virtual mobile robot was created in a urdf file which included a camera and a Lidar sensor to get data of the environment. The robot was simulated in Gazebo by chasing a white ball in the virtual building.
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In this project, a desktop VR experience was developed, where a person was stranded on a dangerous island and tried to escape from there. To interact in the virtual environment the HTC Vive hardware was used, which was consisting of a virtual reality headset and two controllers.
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In this project, a mobile VR experience was developed, consisting of a car museum, which included VR technologies used in the automotive industry. The user was able to go from exhibition to exhibition via predefined waypoints and view the respective technologies.
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In this project, a mobile VR experience was developed, where the player entered a dungeon in which he had to solve a puzzle involving a similar logic like the 3d game Simon says.
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In this project an mp3 renamer was developed, to translate Greek mp3 title names into English titles and vice versa. The user is able to translate either separate files or all files at once. An integrated preview shows how the translated title would look like after the translation has finished.
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