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PhD Thesis. Ego-noise prediction models for mobile robots. Machine learning applications in robotics, focusing on developing predictive models using deep learning techniques such as convolutional networks, autoencoders, and LSTMs.

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PhD Thesis – LaTeX Source

This repository contains the LaTeX source code and associated files for the PhD thesis titled:

Ego-noise prediction models for mobile robots.

Project Structure

  • main.tex – Main entry point for the thesis document.
  • chapter01-introduction.tex, background.tex, detection_of_changes_in_the_environment.tex, etc. – Individual chapter files.
  • abstract.tex, abstract_german.tex – Abstracts in English and German.
  • acronym.tex – List of acronyms used in the thesis.
  • appendix_robot.tex – Appendix section.
  • conclusions.tex – Conclusions chapter.
  • declaration_of_independent_work.tex – Declaration of independent work.
  • title.tex, title_cover.tex – Title and cover pages.
  • thesis.bib – Bibliography file (BibTeX format).
  • apacite.sty – APA citation style file.
  • img/ – All images and figures, organized by chapter or paper.
  • .gitignore – Files and folders to be ignored by git.

Compiling the Thesis

To build the thesis PDF, you need a working LaTeX environment. The following tools are recommended:

  • latexmk (automates compilation)
  • pdflatex or xelatex
  • BibTeX (for bibliography)
  • Standard LaTeX packages (see below)

Quick Build Instructions

  1. Install dependencies (example for Ubuntu/Debian):

    sudo apt-get install texlive-full latexmk
  2. Compile the document:

    latexmk -pdf main.tex

    This will generate main.pdf as the output.

  3. Clean auxiliary files (optional):

    latexmk -c

Notes

  • All images are included as .pdf, .jpg, .png, or .svg in the img/ directory.
  • Bibliography is managed via thesis.bib and the apacite style.
  • The main file to edit is main.tex, which includes all chapters and sections.

Adding Content

  • Write new chapters or sections as separate .tex files and include them in main.tex using \input{filename}.
  • Add new images to the appropriate subfolder in img/ and reference them in your .tex files.
  • Add new references to thesis.bib.

License

This repository is intended for academic use. Please contact the author for permission before reusing substantial portions of the text or figures.

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PhD Thesis. Ego-noise prediction models for mobile robots. Machine learning applications in robotics, focusing on developing predictive models using deep learning techniques such as convolutional networks, autoencoders, and LSTMs.

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