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An introduction to machine learning, a field of study that enables computers to learn without being explicitly programmed. Andrew ng discusses the growth of machine learning from work in ai and its new capabilities for computers. Examples of machine learning applications include database mining, autonomous helicopters, handwriting recognition, natural language processing, computer vision, self-customizing programs, and understanding human learning. The document also covers machine learning algorithms such as supervised learning and unsupervised learning, and provides practical advice for applying learning algorithms.
Typology: Thesis
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Machine Learning
Machine Learning
Large datasets from growth of automation/web.E.g., Web click data, medical records, biology, engineering
E.g., Autonomous helicopter, handwriting recognition, most ofNatural Language Processing (NLP), Computer Vision.
Machine Learning
Large datasets from growth of automation/web.E.g., Web click data, medical records, biology, engineering
E.g., Autonomous helicopter, handwriting recognition, most ofNatural Language Processing (NLP), Computer Vision.
Machine Learning
Large datasets from growth of automation/web.E.g., Web click data, medical records, biology, engineering
E.g., Autonomous helicopter, handwriting recognition, most ofNatural Language Processing (NLP), Computer Vision.
E.g., Amazon, Netflix product recommendations
Machine Learning
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Classifying emails as spam or not spam.Watching you label emails as spam or not spam.The number (or fraction) of emails correctly classified as spam/not spam.None of the above—this is not a machine learning problem.
Suppose your email program watches which emails you do or donot mark as spam, and based on that learns how to better filterspam. What is the task T in this setting?
“A computer program is said to
learn
from experience E with respect to
some task T and some performance measure P, if its performance on T,as measured by P, improves with experience E.”
Classifying emails as spam or not spam.Watching you label emails as spam or not spam.The number (or fraction) of emails correctly classified as spam/not spam.None of the above—this is not a machine learning problem.
Suppose your email program watches which emails you do or donot mark as spam, and based on that learns how to better filterspam. What is the task T in this setting?
“A computer program is said to
learn
from experience E with respect to
some task T and some performance measure P, if its performance on T,as measured by P, improves with experience E.”
Machine learning algorithms:- Supervised learning- Unsupervised learningOthers: Reinforcement learning, recommender
systems. Also talk about: Practical advice for applying
learning algorithms.