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Advanced Computer Security CS598CAG Spring 2005

Advanced Computer Security CS598CAG Spring 2005. Carl A. Gunter University of Illinois. Course Basics. Objective: develop research interests in security. Prerequisites: maturity in CS and strong interest in security. Helpful background: knowledge of security basics, research experience.

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Advanced Computer Security CS598CAG Spring 2005

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  1. Advanced Computer SecurityCS598CAGSpring 2005 Carl A. Gunter University of Illinois

  2. Course Basics • Objective: develop research interests in security. • Prerequisites: maturity in CS and strong interest in security. • Helpful background: knowledge of security basics, research experience.

  3. You Will • Select a recommended topic. • Discover, understand, and present related work in your selected topic. • Finalize the formulation of a research problem and a research team. • Develop primary materials addressing the problem. • Present your primary materials in a demo. • Demonstrate your understanding of general concepts in all focus areas.

  4. I Will • Choose the recommended topics. • Provide some background on these topics. • Suggest some sample research questions. • Provide platform assistance. • Guide your efforts.

  5. Your Deliverables • 35 minute background presentation (per person). • Primary material (per group). • Simulation • Implementation • Theorem and proof • 35 minute demo presentation (per group). • Standard in-class exam.

  6. Recommended Topics • Fundamentals and five areas of widespread research interest in security. • Fundamentals • Security tunnels • Denial of service • Web services • Privacy • Smart cards

  7. Format • Background lectures (mainly by me) at the beginning. • Meetings with topic groups. • More background lectures (by you). • Project meetings with me, for most of the course. • Project demos. • Final exam.

  8. Research Materials • Primary materials (raw data): • Simulation results, prototype code, experimental data, test beds. • Detailed proofs and counter-examples. • Technical specifications, architectural diagrams. • Secondary materials (write-ups): • Publications: journals, symposia, conferences, or workshops. Web pages and tech reports. • Slide presentations and demos. • Tertiary materials: • Survey articles, tutorials, textbooks. • Magazines and news reports.

  9. Research Proposals • Research problem statement (elevator pitch). • Four panel slide. • Project description. • Detailed research proposal.

  10. Research Problem Statement • Topic. • I am studying smart card software • Research question or original objective. • so I can develop an open API for payment cards • Who cares? • so the embedded programming community • Why should they care? • will better understand how to provide more flexible programming for embedded systems.

  11. Project Name OpEm Project University of Pennsylvania Logo Approach Limited on-device programming analyzed formally. Java provides portability and aids analysis. Explore delivery challenges. Four Panel Slide • Problem Statement • Open APIs aid flexible response to req’s. • Challenged by portability, flexibility, predictability, deliverability. • Plans and Progress • Designs and prototypes for programmable m/w and payment card. • Plan general model-based design for smart cards.

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