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On the Security of TRNGs Based on Multiple Ring Oscillators
2019True random number generator (TRNG) is essential for the implementation of cryptographic applications, such as digital signature algorithms and security protocols. The quality of generated sequences would directly influence the security of the cryptographic application.
Xinying Wu +4 more
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Design of Random Test for TRNG with VLSI
2013 5th International Conference on Intelligent Human-Machine Systems and Cybernetics, 2013This paper will randomness test theory applied to true random number generator (TRNG), the design of a TRNG online random detection module. This module can not only real-time detect randomness of sequence but also sent alarm information according to detection results. Simulations show that the module has better real-time detection and alarm function.
Houtao Ji, Mingju Liu, Xingjiang Cao
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Arithmetic operators for on-the-fly evaluation of TRNGs
SPIE Proceedings, 2009Many cryptosystems embed a high-quality true random number generator (TRNG). The randomness quality of a TRNG output stream depends on its implementation and may vary due to various changes in the environment such as power supply, temperature, electromagnetic interferences.
Santoro, Renaud +3 more
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Implementation of TRNG with SHA-3 for hardware security
Microelectronics Journal, 2022Annapurna Kamadi, Zia Abbas
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Quantum TRNG for Secure Data Transmission
International Journal of Research and Innovation in Applied ScienceSecure data transmission depends on unpredictable cryptographic keys. Conventional pseudorandom number generators are deterministic and vulnerable to prediction. This work proposes a Quantum True Random Number Generator (Q-TRNG) that uses quantum superposition and noise to produce truly random numbers.
DR. S. K. Rajalakshmi +3 more
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An HLS implementation of on-the-fly randomness test for TRNGs
2022 Tenth International Symposium on Computing and Networking (CANDAR), 2022Ryusei Oya +2 more
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On Enhancing the Throughput of the Latched Ring Oscillator TRNG on FPGA
In this summary, we introduce a new design of the Latched Ring Oscillator (LRO), true-random-number-generator (TRNG) on a 7- Series FPGA, demonstrating the portability of the architecture. The novel design, combined with a novel sampling strategy, allows to enhance performance of the previous work, speeding up the throughput of about 265 times.Della Sala, Riccardo, Scotti, Giuseppe
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Stochastic Cell- and Bit-Discard Technique to Improve Randomness of a TRNG
Electronics (Switzerland), 2022Jong-Phil Hong +2 more
exaly
Oscillator-based dynamic entropy for TRNG
2023 7th International Young Engineers Forum (YEF-ECE), 2023João Lameiras +3 more
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