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Commit e8812574 authored by Pascal Engeler's avatar Pascal Engeler
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added home automation, dlsc

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**Description**:\
A system that takes analog audio as input via a phone connector, digitizes the input, modulates it onto a carrier and outputs the resulting FM signal on a pin. Even without connecting an antenna to the output, the audio signal can be received with a nearby FM capable radio.
The system consists of an MCU and an FPGA, where the MCU performs the crossover from analog to digital, and the FPGA performs modulation and output.
A system that takes analog audio as input via a phone connector, digitizes the input via an ADC, modulates it onto a carrier and outputs the resulting FM signal on a pin. Even without connecting an antenna to the output, the audio signal can be received with a nearby FM capable radio. The heart of the system is a MAX10 FPGA.
I built this project in the contex of a digital electronics lecture at ETH.
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Contains code for both, server and client. The repository contains design specification, requirements specification, and unit tests.
This project was built as final project for a software engineering lecture at ETH.
# Home automation [gitlab](not online yet)
# Home automation
**Involved Technologies**: Javascript/HTML/CSS (frontent), python (backend)
**Description**:\
I have installed various smart switches and power meters in my home.
These devices are connected to the network, and controlled via a webinterface hosted on a raspberry pi.
A telegram bot functions as secondary interface.
# DLSC Projects
**Involved Technologies**: python, Keras, pyTorch
**Link**: [gitlab](https://gitlab.phys.ethz.ch/engelerp/dlsc-tasks)
**Description**:\
In the context of the Deep Learning in Scientific Computing lecture at ETH, I performed several projects.
They involved noisy function approximation, time series forecasting, high-dimensional learning, design optimization, PINNs.
# DLSC Projects [gitlab](https://gitlab.phys.ethz.ch/engelerp/dlsc-tasks)
# Automatic lab monitoring
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