Christiaan2
Master student Applied Physics. I have a great interest in programming/machine learning and electronics and so many of my elective courses are related to that.
Pinned Repositories
APiE_ImageAnalysis
Apply some image analysis techniques using Matlab
Arduino_BatteryCharger
Program to charge a NiCd battery with a constant current. Charge current can be set in the Arduino sketch. The charge process can be monitored in real-time using Matlab. Schematics are included.
Arduino_Oscilloscope
Oscilloscope able to monitor different variables with a frequency of max 250Hz. Uses MATLAB to plot the data in real-time and saves a log file containing the data for later processing. The data comes from an Arduino.
Arduino_Robot
Program to control a robot using an Arduino Uno. The robot is propelled by two DC motors and equipped with an ultra-sonic sensor so that it can avoid obstacles. Speed and amount of rotation of both motors is measured using IR-encoders. The motors are controlled via PID.
Carvana-Image-Masking-Challenge---Submission-1
U-net implementation (depth = 6). The network was trained with a resolution of 640x960 (RGB) and data-augmentation was used during training. Training was stopped until dice coefficient on validation set (20% of total train data) didn't improve anymore. Best weights are used. Dice score: 0.99547 (private leaderboard)
OurVisualMicroTest2
A small test to use Visual Studio to code an Arduino.
Reinforcement-learning
Test_speed_of_different_datagenerators
Colab-notebook used to test the speed of different datagenerators. Training time and GPU utilization is measured for different datagenerators with real-time data-augmentation. A U-net model is trained using the carvana-image-masking-challenge dataset.
Tornado-Webserver
This repository is intended to get started with IoT applications. It contains a website where inputs can be monitored and outputs can be changed. Website will be updated in real-time via websocket-protocol. Backend is written in Python using Tornado.
aml_project_ctscans
Detection of cancer cells in liver CT scans using python
Christiaan2's Repositories
Christiaan2/Arduino_Oscilloscope
Oscilloscope able to monitor different variables with a frequency of max 250Hz. Uses MATLAB to plot the data in real-time and saves a log file containing the data for later processing. The data comes from an Arduino.
Christiaan2/APiE_ImageAnalysis
Apply some image analysis techniques using Matlab
Christiaan2/Arduino_BatteryCharger
Program to charge a NiCd battery with a constant current. Charge current can be set in the Arduino sketch. The charge process can be monitored in real-time using Matlab. Schematics are included.
Christiaan2/Arduino_Robot
Program to control a robot using an Arduino Uno. The robot is propelled by two DC motors and equipped with an ultra-sonic sensor so that it can avoid obstacles. Speed and amount of rotation of both motors is measured using IR-encoders. The motors are controlled via PID.
Christiaan2/Carvana-Image-Masking-Challenge---Submission-1
U-net implementation (depth = 6). The network was trained with a resolution of 640x960 (RGB) and data-augmentation was used during training. Training was stopped until dice coefficient on validation set (20% of total train data) didn't improve anymore. Best weights are used. Dice score: 0.99547 (private leaderboard)
Christiaan2/OurVisualMicroTest2
A small test to use Visual Studio to code an Arduino.
Christiaan2/Reinforcement-learning
Christiaan2/Test_speed_of_different_datagenerators
Colab-notebook used to test the speed of different datagenerators. Training time and GPU utilization is measured for different datagenerators with real-time data-augmentation. A U-net model is trained using the carvana-image-masking-challenge dataset.
Christiaan2/Tornado-Webserver
This repository is intended to get started with IoT applications. It contains a website where inputs can be monitored and outputs can be changed. Website will be updated in real-time via websocket-protocol. Backend is written in Python using Tornado.