Titlebook: Natural Language Interfaces to Databases; Yunyao Li,Dragomir Radev,Davood Rafiei Book 2024 The Editor(s) (if applicable) and The Author(s)

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公司

Yunyao Li,Dragomir Radev,Davood Rafieion a heterogeneous platform cluster consisting of CPUs and GPUs that can be realized with a budget of less than?5,000?€. This result enables anyone to obtain the secret key with only two sniffed communications in shorter time and with significantly less cost compared to systems such as the COPACOBAN

extemporaneous

Yunyao Li,Dragomir Radev,Davood Rafieisults. First, we clarify that the total number of challenge-response pairs of GPUFs is 2., instead of 2.. Second, we show that a GPUF implementation has low robustness against voltage variation. Third, we point out that the GPUF has “weak” challenges leading to responses that can be more easily pred

漸強(qiáng)

Yunyao Li,Dragomir Radev,Davood Rafieiso perform experiments on ciphers implemented with popular time fuzzing schemes to subvert timing attacks. Our results show that while the countermeasure successfully stops leakages through the timing channels, it is vulnerable to the Instruction Profiling Attack. We validate our claims by detailed

hankering

Yunyao Li,Dragomir Radev,Davood Rafieicret key once the state is known. However, that is not immediate in case of Lizard. While we have used the basic framework of DFA that appears in literature quite frequently, specific tweaks have to be explored to mount the actual attacks that were not used earlier. To the best of our knowledge, the

載貨清單

Yunyao Li,Dragomir Radev,Davood Rafieivulnerabilities through direct timing of operations and these have no negative implications on its applicability to lattice-based signatures. We demonstrate the improved method with a 128-bit reference implementation, showing that we retain the sampler’s efficiency and decrease memory consumption by

Reservation

六個才偏離

Yunyao Li,Dragomir Radev,Davood Rafieiwhich incurs negligible area overhead of upto 0.98% more FFs and upto 0.03% more LUTs. Our proposed HT for Saber is carefully designed to increase its anti-detection capability, so as to pose a significant challenge to the state-of-the-art HT-detection techniques.

Humble

Yunyao Li,Dragomir Radev,Davood Rafieistrates destructive attacks where the target device is damaged due to the extreme freezing. Both types of attacks leave no trace as the liquid nitrogen evaporates after the attack is finished. This paper highlights new threats that designers should be aware of and defend against.

originality