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My Thesis project for my conversion MSc course in Informatics at Uni. of Piraeus. Project is done in Python. Aim is to develop and test a MLP NN and a Support vector machine to identify the sphere size distribution of materials based on 1D NMRI k-space data. Simulated data are used in this project

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MSc-Thesis-Project-Informatics

This is my thesis project for my conversion MSc course in Informatics at Uni. of Piraeus 2021.

The code was deeloped in Python. The aim is to develop and test a MLP neural network model and a Support vector machine model to identify the sphere size distribution of materials based on 1D NMRI k-space data. Simulated data are used in this project.

This project's main idea is based on my previous PhD work. Relevant publication can be found here: https://doi.org/10.1016/j.jcis.2015.09.066

The previous work used a custom Bayesian model to clasify 1D NMRI signal. In contrast to that I know use MLP and SVM models instead. Moreover in this current work we approach the problem as a regression problem not as a classification one. Therefore the MLP and SVM models developed here are regression models.

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My Thesis project for my conversion MSc course in Informatics at Uni. of Piraeus. Project is done in Python. Aim is to develop and test a MLP NN and a Support vector machine to identify the sphere size distribution of materials based on 1D NMRI k-space data. Simulated data are used in this project

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