1993European Solid-State Circuits ConferenceRequires access

Fully Digital Redundant Random Number Generator in CMOS Technology

Antonio J. Acosta, M.J. Bellido, M. Valencia, A. Barriga, J.L. Huertas

Open publisher page 3 citations

Abstract

This communication presents a new fully-digital redundant Random Number Generator. Its structure is that of a standard LFSR, with the difference that it includes one 1-bit ros-RNG in each basic cell. The design is modular, provides reasonable performances - simplicity, low cost and high speed -, it generates truly random sequences (i.e. aperiodic and unpredictable) and allows choosing random or pseudorandom sequences. Working like a truly random generator, the circuit produces random sequences from the first clock cycle, i.e., user must not wait a latency time to obtain a good sequence.

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What this paper is about

This communication presents a new fully-digital redundant Random Number Generator. Its structure is that of a standard LFSR, with the difference that it includes one 1-bit ros-RNG in each basic cell. The design is modular, provides reasonable performances - simplicity, low cost and high speed -, it generates truly random sequences (i.e. aperiodic and unpredictable) and allows choosing random or pseudorandom sequences. Working like a truly random generator, the circuit produces random sequences from the first clock cycle, i.e., user must not wait a latency time to obtain a good sequence.

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Available abstract

This communication presents a new fully-digital redundant Random Number Generator. Its structure is that of a standard LFSR, with the difference that it includes one 1-bit ros-RNG in each basic cell. The design is modular, provides reasonable performances - simplicity, low cost and high speed -, it generates truly random sequences (i.e. aperiodic and unpredictable) and allows choosing random or pseudorandom sequences. Working like a truly random generator, the circuit produces random sequences from the first clock cycle, i.e., user must not wait a latency time to obtain a good sequence.

Key concepts: Pseudorandom number generator, Self-shrinking generator, Random number generation, Random seed, Computer science, Aperiodic graph, Generator (circuit theory), Modular design

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