METHOD FOR MEASURING THE EFFECT OF MICROSCOPIC HARDWARE FAULTS IN HIGH-COMPLEXITY APPLICATIONS IMPLEMENTED IN A HARDWARE ELECTRONIC SYSTEM, AND CORRESPONDING SYSTEM AND COMPUTER PROGRAM PRODUCT

Patent №

US 9,898,379

Granted

2018-02-20

Filed 2015

Owner

YOGITECH S.P.A.

Lab

AI components

5

ml · kr · planning · evo · hardware

Assignment

Recorded

Dataset

AIPD

2023_r1 edition

Application

14928619

A method for measuring the effect of microscopic hardware faults in high-complexity applications includes carrying out on a processing system a step of simulation of an electronic system that executes a software instance of the application. The simulation step includes injecting faults at a microscopic level and measuring a corresponding final effect. The operation of injecting faults includes selecting a microscopic fault to be injected, selecting a mutant corresponding to the microscopic fault, applying the selected mutant to the software instance to obtain a mutated instance, simulating the electronic system that executes the mutated instance, and measuring the corresponding effect.

AI classification

Knowledge representation1.00
Machine learning0.97
AI hardware0.91
Evolutionary computation0.88
Planning0.80
Vision0.01
Natural language0.00
Speech0.00

Ownership

YOGITECH S.P.A.

assignment · 377370217

Assignors

MARIANI, RICCARDO

On an employer assignment, the assignors are typically the inventors.

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