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Question 14 of 103
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Select 2 answers.
This question asks for 2 answers, but our data marks only 1. Compare with the community discussion below for the full answer.
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The D answer is correct for supervisioned method. With an unsupervised anomaly detection method the correct answer is C
I think it's A & C, the anomaly detection algorithm train on "normal" data and anything that deviates from that is classified "mutated", and so there is no commun caracterstics or patterns for mutated data, this is why the statement C is correct
A. There are very few occurrences of mutations relative to normal samples. This is a strong characteristic supporting unsupervised anomaly detection. Anomaly detection methods often work well when the "normal" class is the majority and anomalies are rare outliers. The mutated samples, being few, would likely appear as anomalies relative to the cluster of normal samples. D. You expect future mutations to have similar features to the mutated samples in the database. This characteristic supports unsupervised anomaly detection. If future mutations are expected to share similar characteristics with the existing mutated samples (even if they are rare), an anomaly detection method could potentially learn the pattern of the normal samples and flag anything significantly different (including the mutated samples) as an anomaly.