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Artificial intelligence – a term we hear every day now, right? It's bringing about revolutionary changes in various fields. For instance, AI has already achieved remarkable feats in image recognition, natural language processing, and speech recognition. We experience it in the facial recognition features of our smartphones or when chatting with AI assistants. But, have you ever heard of numerical analysis?
Numerical analysis involves representing physical phenomena using mathematical models and employing numerical methods to solve these models. Sounds complex, doesn’t it? Traditionally, experts in physics, engineering, and mathematics have been the ones to delve into this field. But can AI tackle something as intricate as numerical analysis?
Artificial intelligence – a term we hear every day now, right? It's bringing about revolutionary changes in various fields. For instance, AI has already achieved remarkable feats in image recognition, natural language processing, and speech recognition. We experience it in the facial recognition features of our smartphones or when chatting with AI assistants. But, have you ever heard of numerical analysis?
Numerical analysis involves representing physical phenomena using mathematical models and employing numerical methods to solve these models. Sounds complex, doesn’t it? Traditionally, experts in physics, engineering, and mathematics have been the ones to delve into this field. But can AI tackle something as intricate as numerical analysis?