Key Points
Introduction |
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Course Overview |
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Introduction to Physics Cybersecurity |
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Role of the E/M Spectrum in Communications |
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Basics of Wave Physics |
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Introduction to Radio Frequency |
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Maxwell's Equations and their cybersecurity relevance |
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Properties of Electromagnetic Waves |
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Fundamentals of Spectrum Allocation |
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Radio Wave Propogation and Penetration |
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Wireless Communications and Security |
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Encryption methods for securing wireless transmission |
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Signal Jamming and Anti-hamming Techniques |
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Vulnerabilities in Wireless Networks |
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Radiofrequency Hacking Techniques |
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Side Channel Attacks using Electromagnetic Emissions |
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Software-Defined Radio for Signal Interception |
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Case Studies: Wireless Hacking Incidents and Countermeasures |
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Electromagnetic interference (EMI) and its Impact on Security |
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Faraday cages and shielding technologies |
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Quantum Cryptography and the Physics of Secure Communication |
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Policy and Legal Aspects of Electromagnetic Spectrum Security |
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Glossary
FIXME