Titlebook: Computer Safety, Reliability, and Security; 43rd International C Andrea Ceccarelli,Mario Trapp,Friedemann Bitsch Conference proceedings 202

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https://doi.org/10.1007/978-3-031-13603-0a post-collision scenario, the inadequacy of a so-called “minimal risk condition” strategy in complex situations, poor organizational discipline in responding to a mishap, overly aggressive post-collision automation choices that made a bad situation worse, and a reluctance to admit to a mishap causi

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Domenico Gattuso,Giuseppe Musolino pure software version across different cryptographic payloads. Finally, we provide guidelines for the use of OpenTitan as a coprocessor in secure cyber-physical systems designs based on open-hardware architectures.

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In-Memory Zero-Space Floating-Point-Based CNN Protection Using , and?, Bitss do not require protection against faults, they are employed to store the parity bits of error control codes. The methodology preserves the CNN accuracy, keeps its memory footprint, and does not require any retraining. Its usefulness is exemplified through the FP32 and BFloat16 versions of the LeNe

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incision

Safety Invariant Engineering for?Interlocking Verificationrting all possible violations, and regression testing. We explain how these stages are carried out and which, if any, changes in the toolset they require. The method has been continuously and successfully used in the recent improvements and the extensions of SafeCap while the technology has been app

Aids209

Assurance Case Synthesis from?a?Curated Semantic Triplestoremplex GSN trees using the data, where possible, all automatically. Our pipeline is integrated into an open-source tool with an interactive GUI for generating the GSN fragments and analyzing them in a modular fashion.

Spirometry

Panther

TitanSSL: Towards Accelerating OpenSSL in?a?Full RISC-V Architecture Using OpenTitan Root-of-Trust pure software version across different cryptographic payloads. Finally, we provide guidelines for the use of OpenTitan as a coprocessor in secure cyber-physical systems designs based on open-hardware architectures.

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