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48 \title[Traversing a $n$-cube for PRNGs]
49 {Traversing a $n$-cube without Balanced Hamiltonian Cycle \\
50 to Generate Pseudorandom Numbers}
53 \author[couchot@femto-st.fr]{J.-F. Couchot, P.-C. Heam, C. Guyeux, Q. Wang, and J. M. Bahi}
57 \institute[Institut FEMTO-ST/Guangdong University of Technology]{FEMTO-ST Institute, University of Franche-Comt\'{e}, France\\
58 College of Automation, Guangdong University of Technology, China}
61 \date[jm2014]{2014/09/25}
63 % ____ _____ ____ _ _ _____
64 % | _ \| ____| __ )| | | |_ _|
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66 % | |_| | |___| |_) | |_| | | |
67 % |____/|_____|____/ \___/ |_|
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88 \section{Introduction}
89 \inputFrameb{Pseudo Random Number Generation}{prng}
90 \inputFrameb{Chaotic PRNG}{chaoticprng}
91 \inputFrameb{Problematic}{problematic}
92 \frame{\frametitle{Outline}\tableofcontents[hideallsubsections]}
94 \section{Preliminaries}
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97 \inputFrameb{Iteration Graph and Markov Matrix}{markov}
98 \inputFrameb{Iteration Graph and Markov Matrix (cont'd)}{markov2}
99 \inputFrameb{Our PRNG}{mx}
101 \section{Generation of DSSC Matrices}
102 \frame{\frametitle{Outline}\tableofcontents[currentsection,hideallsubsections]}
103 \inputFrameb{A typical CLPFD}{dsscintuition}
104 \inputFrameb{A typical CLPFD (cont'd)}{dsscintuition2}
107 \section{On Removing Hamiltonian Cycles}
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109 \inputFrameb{Theoretical Aspects}{rhctheory}
110 \inputFrameb{Cyclic Balanced Gray Codes}{rhcgraycodes}
111 \inputFrameb{Generation of Balanced Gray Codes}{rhcgraycodesgen}
113 \section{Experiments}
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119 \inputFrameb{Conclusion \& Future Work}{conclusion}
120 \inputFrameb{Thanks}{thanks}
123 % \section{Conclusion et perspectives}
124 % \frame{\frametitle{Outline}\tableofcontents[currentsection,hideallsubsections]}