Mann im Anzug hält eine schwarze, zylinderförmige Vorrichtung über seinen Kopf.

M. Sc. Daniel Grimm

  • Associate Prof. Dr. Zsolt Szalay (Budapest University of Technology and Economics - BME)

M.Sc. Daniel Grimm

Resume

  • Bachelor’s degree in Electrical Engineering and Information Technology at KIT
    • Graduated in November 2015
    • bachelor's thesis:
      • Karlsruhe Institute of Technology (KIT), Institute of Industrial Information Technology (IIIT)
      • Thesis Topic: “Long-Term 3D Head Pose Tracking Using a Dynamic Object Model”
  • Master’s degree in Electrical Engineering and Information Technology at KIT
    • Graduated in October 2017
    • master's thesis:
      • Karlsruhe Institute of Technology (KIT), Institute for Information Processing Technology (ITIV)
      • Thesis topic: "Static and Dynamic Anomaly Detection in Ethernet-Based Communication"

teaching

Supervision of the exercises for course 2311651 Information Technology I


Research Interests

  • Cybersecurity for Vehicles
  • Machine Learning
  • Automotive Software Architecture


Supervised Completed Student Projects


  • MA: "Reinforcement Learning for Autonomous Driving in the AirSim Simulation Environment; Reinforcement Learning for Autonomous Driving AirSim"
  • MA: "Application and Validation of Machine Learning Based on Reinforcement Learning for Autonomous Vehicles in a Simulation Environment"
  • BA: "Modeling and Prototype Implementation of a Generic Security Context Model for Vehicles"
  • BA: "Optimization of an Intrusion Detection System Based on Neural Networks"
  • BA: "Anomaly Detection in Time Series Using Convolutional Autoencoders"
  • BA: "Visual Anomaly Detection Using Autoencoders"
  • BA: "Development of a Machine Learning-Based Structural Monitoring System for a Research Helicopter"
  • BA: "Selection and Evaluation of Suitable Concepts for Storing and Analyzing Security Information"
  • BA: "Development of a Platform for Exploratory Analysis of Large Datasets from the Automotive Sector"
  • MS: "Design and Implementation of a Data Processing Architecture Based on Current Connected Car Services"
  • Bachelor’s Thesis: “Design of a Method for Cross-Fleet Security Analysis of Vehicles”
  • BA: "Implementation and Evaluation of Various Neural Networks for Combined Anomaly Detection in Multiple Signals of CAN-Based Communication"
  • BA: "Concept for Detecting Anomalies in Ethernet-Based In-Vehicle Communication Using Machine Learning"
  • BA: "Synthesizing contextual anomalies in vehicle data"

Publications


2026
Conference Papers
2025
Conference Papers
2024
Journal Articles
Conference Papers
2023
Conference Papers
2022
Journal Articles
Conference Papers
2021
Journal Articles
Conference Papers
2020
Book Chapters
Journal Articles
Conference Papers
2019
Presentations
2018
Conference Papers