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Enhancing Embedded Security in Vehicles through Pervasive Computing

This project aims to leverage pervasive computing to strengthen security measures in vehicles, addressing current and future automotive IT vulnerabilities. The research will explore innovative methods to embed security features seamlessly into vehicle systems.

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Enhancing Embedded Security in Vehicles through Pervasive Computing

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  1. 340.027 Project in Pervasive Computing 2014S Title Date Supervisor First name Last name (ID, Program code) University Linz, Institute for Pervasive Computing Altenberger Straße 69, A-4040 Linz email@adresse

  2. Title: Subtitle Heading • Bla Bla1- Detail bla bla [1]- Detail2 bla bla • Bla Bla2- Detail bla bla • Bla Bla3 • Festlegungen: • - Schriftgrösse 16pt. • - Schrift Arial • nur 2 Farben: a) RGB 51/103/62 Normal b) RGB 51/204/51 Bold • - Title/Subtitle: 24pt., beide Bold • - Heading: Grösse 18pt., normal <LVA-Titel> // Institut für Pervasive Computing // Slide < 2 >

  3. Literature References Topic: Embedded Security in Vehicles [1] A.Weimerskirch, M.Wolf, T.Wollinger, "State of the Art: Embedding Security in Vehicles", in EURASIP Journal on Embedded Systems (EURASIP JES), Special Issue: Embedded Systems for Intelligent Vehicles, 2007. [2] K.Lemke, C.Paar, M.Wolf (Hrsg.), "Embedded Security in Cars — Securing Current and Future Automotive IT Applications", Springer-Verlag, 2006. [3] Jörg Schäuffele, Thomas Zurawka, "Automotive Software Engineering — Grundlagen, Prozesse, Methoden und Werkzeuge", ATZ-MTZ Fachbuch, Vieweg Verlag, 2003. • Festlegungen: • - Schriftgrösse 12pt., Zeilenabstand 5pt. • - Schrift Arial • nur 2 Farben: a) RGB 51/103/62 Normal b) RGB 51/204/51 Bold • - Title/Subtitle: 24, beide Bold • - Heading: Grösse 18, normal <LVA-Titel> // Institut für Pervasive Computing // Slide < 3 >

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