SVM? More like 'Super Versatile Machine'! It can do all sorts of cool stuff, like classifying proteins and recognizing handwritten characters. Who needs a human when you've got an SVM, am I right?
SVM stands for Support Vector Machines, and it's a powerful supervised learning algorithm that can handle complex, high-dimensional data. It's a great choice for this question.
PCA and k-means are both unsupervised learning techniques, so they wouldn't be examples of supervised learning. SVD and EM are also not supervised learning.
Classification of images can also be performed using SVMs. Experimental results show that SVMs achieve significantly higher search accuracy than traditional query refinement schemes after just three to four rounds of relevance feedback.
Clarence
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