Konstantinos Diamantis's repositories
Computational_Electromagnetics
Electrostatic and Electromagnetic wave propagation simulations with FEM: EM field, TE & TM modes of a circular waveguide, scattering of a plane wave from a perfect electric conductor cylinder using PML.
RF_Array_Signal_Processing
The project is related to BeamForming and Direction of Arrival (DoA) algorithms and its scope is the analysis and understanding of such techniques.
Advanced_Signal_Processing_Techniques
Familiarization with Higher Order Statistics (Spectra) and ARMA (Autoregressive Moving Average) models. Time Frequency Analysis techniques (Short Time Fourier, Hilbert-Huang and Wavelet Transform) are implemented in ECG signals.
Automatic_Speaker_Recognition
Development of a Voice Activity Detector and a Speaker Recognition System. Feature extraction in time and frequency domain. Classification in ten individual speakers.
Biomedical_Engineering
Digital Signal Processing in Electroencephalography signals. Spike detection with threshold method and isolation with windowing. Temporal and spectral feature extraction. Classification in three neurons.
Data-Structures
The goal this assignment is the creation of a board game simulator, which is named "Hunger Games" and is developed on the Eclipse IDE. Implementation of heuristic-decision player.
Active_Network_Synthesis_Filters
This repository contains the design of 4 different filters: Low-Pass, High-Pass, Band-Pass and Band-Elimination in MULTISIM. Originally, MATLAB was used for the analytical Bode-diagrams and for the calculation of the electronic components.
Antennas_Simulations
This repository contains the design and simulations of 3 different antennas (Discone, Helical and Television Receiver) in 4NEC2 software.
cgm-remote-monitor
nightscout web monitor
STM32_Microcontroller
Implementation of an Embedded System with a Nucleo STM32F401RE board interfacing peripherals to measure temperature, humidity, distance and display messages in a LCD module.
Object_Detection
This repository contains a simple project for the implementation of an object detection system, using bounding boxes. The project was implemented using Python and specifically the Keras framework.