Noise in Classification
Balcan, Maria-Florina, Haghtalab, Nika
Machine learning studies automatic methods for making accurate predictions and useful decisions based on previous observations and experience. From the application point of view, machine learning has become a successful discipline for operating in complex domains such as natural language processing, speech recognition, and computer vision. Moreover, the theoretical foundations of machine learning have led to the development of powerful and versatile techniques, which are routinely used in a wide range of commercial systems in today's world. However, a major challenge of increasing importance in the theory and practice of machine learning is to provide algorithms that are robust to adversarial noise. In this chapter, we focus on classification where the goal is to learn a classification rule from labeled examples only.
Nov-13-2020
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- California > Alameda County
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- Research Report (0.64)
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