Anomaly Detection SystemAnomaly detection in multiple parametersWhen to use what - Machine Learninganomaly detection alert systemAnomaly detection for transaction dataNetwork Anomaly detectionNetflow anomaly detection python packagesIntrusion Detection System (IDS)Anomaly detection with time seriesComparison between approaches for timeseries anomaly detectionAnomaly detection without any knowledge about structure
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Anomaly Detection System
Anomaly detection in multiple parametersWhen to use what - Machine Learninganomaly detection alert systemAnomaly detection for transaction dataNetwork Anomaly detectionNetflow anomaly detection python packagesIntrusion Detection System (IDS)Anomaly detection with time seriesComparison between approaches for timeseries anomaly detectionAnomaly detection without any knowledge about structure
$begingroup$
I need a sanity check. I want to create an anomaly detection system.
The logic which I am planning to use is the following:
- Find anomalies in the past using Seasonal Hybrid Extreme Studentized Deviate Test.
- Binarise the anomalies (1 the anomalies and 0 the trends).
- Run several algorithms (Autoencoders, SVM, Logistic Regression, Naive Bayes, Lasso Regression, etc) with variables that are correlated and validate the models and use it.
Does the binarisation process makes sense?
machine-learning machine-learning-model anomaly-detection binary anomaly
New contributor
$endgroup$
add a comment |
$begingroup$
I need a sanity check. I want to create an anomaly detection system.
The logic which I am planning to use is the following:
- Find anomalies in the past using Seasonal Hybrid Extreme Studentized Deviate Test.
- Binarise the anomalies (1 the anomalies and 0 the trends).
- Run several algorithms (Autoencoders, SVM, Logistic Regression, Naive Bayes, Lasso Regression, etc) with variables that are correlated and validate the models and use it.
Does the binarisation process makes sense?
machine-learning machine-learning-model anomaly-detection binary anomaly
New contributor
$endgroup$
add a comment |
$begingroup$
I need a sanity check. I want to create an anomaly detection system.
The logic which I am planning to use is the following:
- Find anomalies in the past using Seasonal Hybrid Extreme Studentized Deviate Test.
- Binarise the anomalies (1 the anomalies and 0 the trends).
- Run several algorithms (Autoencoders, SVM, Logistic Regression, Naive Bayes, Lasso Regression, etc) with variables that are correlated and validate the models and use it.
Does the binarisation process makes sense?
machine-learning machine-learning-model anomaly-detection binary anomaly
New contributor
$endgroup$
I need a sanity check. I want to create an anomaly detection system.
The logic which I am planning to use is the following:
- Find anomalies in the past using Seasonal Hybrid Extreme Studentized Deviate Test.
- Binarise the anomalies (1 the anomalies and 0 the trends).
- Run several algorithms (Autoencoders, SVM, Logistic Regression, Naive Bayes, Lasso Regression, etc) with variables that are correlated and validate the models and use it.
Does the binarisation process makes sense?
machine-learning machine-learning-model anomaly-detection binary anomaly
machine-learning machine-learning-model anomaly-detection binary anomaly
New contributor
New contributor
edited 3 hours ago
Stephen Rauch♦
1,52551330
1,52551330
New contributor
asked 3 hours ago
AngelosAngelos
31
31
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New contributor
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$begingroup$
Yes, your logic and what you are thinking is excellent.
There is only a flaw in your thinking: The variables you run the model with must not necesarily be "correlated" in a linear sense of the word, just don't discard any variable because any of them could explain your binary output, and not have a linear relationship with it.
Is a common solution to binarise an output to detect anomalies, but you will lose the ability to predict "how much" outlier is an outlier, make sure you don't need this information after.
$endgroup$
add a comment |
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1 Answer
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$begingroup$
Yes, your logic and what you are thinking is excellent.
There is only a flaw in your thinking: The variables you run the model with must not necesarily be "correlated" in a linear sense of the word, just don't discard any variable because any of them could explain your binary output, and not have a linear relationship with it.
Is a common solution to binarise an output to detect anomalies, but you will lose the ability to predict "how much" outlier is an outlier, make sure you don't need this information after.
$endgroup$
add a comment |
$begingroup$
Yes, your logic and what you are thinking is excellent.
There is only a flaw in your thinking: The variables you run the model with must not necesarily be "correlated" in a linear sense of the word, just don't discard any variable because any of them could explain your binary output, and not have a linear relationship with it.
Is a common solution to binarise an output to detect anomalies, but you will lose the ability to predict "how much" outlier is an outlier, make sure you don't need this information after.
$endgroup$
add a comment |
$begingroup$
Yes, your logic and what you are thinking is excellent.
There is only a flaw in your thinking: The variables you run the model with must not necesarily be "correlated" in a linear sense of the word, just don't discard any variable because any of them could explain your binary output, and not have a linear relationship with it.
Is a common solution to binarise an output to detect anomalies, but you will lose the ability to predict "how much" outlier is an outlier, make sure you don't need this information after.
$endgroup$
Yes, your logic and what you are thinking is excellent.
There is only a flaw in your thinking: The variables you run the model with must not necesarily be "correlated" in a linear sense of the word, just don't discard any variable because any of them could explain your binary output, and not have a linear relationship with it.
Is a common solution to binarise an output to detect anomalies, but you will lose the ability to predict "how much" outlier is an outlier, make sure you don't need this information after.
answered 3 hours ago
Juan Esteban de la CalleJuan Esteban de la Calle
72022
72022
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Angelos is a new contributor. Be nice, and check out our Code of Conduct.
Angelos is a new contributor. Be nice, and check out our Code of Conduct.
Angelos is a new contributor. Be nice, and check out our Code of Conduct.
Angelos is a new contributor. Be nice, and check out our Code of Conduct.
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