Robust models are particularly important in the fields of artificial intelligence, big data and smart data, as well as industry and Industry 4.0. They ensure that digital systems and machines function reliably despite faulty or inaccurate data.<\/p>\n
In everyday life and in industry, so-called \u201edisturbances\u201c or \u201enoise\u201c often arise in data. This means that measuring devices or sensors sometimes provide erroneous values. A noise-robust model can recognise such inaccuracies and remain accurate and reliable despite them. This prevents small errors from leading to major problems.<\/p>\n
A clear example: On a production line, a sensor measures the size of workpieces. Sometimes dust or a faulty component corrupts the measurement result. A noise-robust model recognises these outliers and still correctly decides whether the workpiece is acceptable or needs to be sorted out. Without these models, faulty parts could go unnoticed, or good parts could be incorrectly sorted out.<\/p>\n
Therefore, noise-robust models help to increase quality and safety in data-driven processes. This builds trust in modern technologies and enables efficient and secure automation.<\/p>","protected":false},"excerpt":{"rendered":"