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Please use this identifier to cite or link to this item: http://hdl.handle.net/1942/24507

Title: A Testable True Random Number Generator for Linux Security Applications
Authors: Wietrzychowski, Daniel
Advisors: MENTENS, Nele
YANG, Bohan
Issue Date: 2016
Publisher: UHasselt
Abstract: Security application extensively utilize randomly generated numbers. Generating these strictly unpredictable numbers is a challenge. My Master's thesis is about delivering a stable stream of entropy to security applications. A system on chip design which generates random numbers will need 3 distinct modules: A module as entropy source, a module for post processing and a module for communication with another device. The entropy generated originates from a randomly oscillating signal which is sampled. The sampled data will be whitened, to reduce any hardware bias. Finally, the generated data will be tested for randomness and be prepared for transmission to a receiving device. The proposed design will be made with an "AVNet S6LX9 MicroBoard" development board. A ring oscillator based design will generate the entropy for the system. Any hardware bias will be reduced from the generated data stream. Finally, a MicroBlaze softcore processor will evaluate the generated data and proceed to transfer the stream if the evaluation is successful.
Notes: master in de industriĆ«le wetenschappen: elektronica-ICT
URI: http://hdl.handle.net/1942/24507
Category: T2
Type: Theses and Dissertations
Appears in Collections: Master theses

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