Amy Parker is a researcher and Ph.D. student at the University of California, Irvine. Her research focuses on distributed and embedded systems as well as computer architecture, with additional interests in networking, cybersecurity, and censorship evasion. She has previously presented papers on translation pipeline design for system emulators like QEMU and on the applicability of full-packet encryption models to modern censorship evasion.

Presentations

23x

The History and Future of Censorship Evasion

Attendees will learn about the history of censorship evasion throughout the development of the internet, the current state of internet censorship and evasion tactics around the world, and the future of evasion methods to protect the free and open Internet.

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23x

Architectures Don't Matter: Making Executables Universally Portable with QEMU

Attendees will learn about QEMU user mode, how it can be used to run applications compiled for other architectures as if they were natively built for the user's platform, how to configure their systems to make executables from all architectures executable by default, and how applications can be packaged for multiple applications using QEMU.

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