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Epoch Win
  • 932
  • 2
  • 8
  • 14

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives. I myself worked researching a lot of these algorithms and it's still under heavy research. Another area is Artificial Immune Systems in a combination of IDS and Incident Response technology.

Check out multiple classifiers in use: http://roberto.perdisci.com/projects/mcpad Here's a paper on Artifical Immune Systems: http://www.cs.unm.edu/~forrest/publications/hofmeyr_forrest.pdf

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives. I myself worked researching a lot of these algorithms and it's still under heavy research. Another area is Artificial Immune Systems in a combination of IDS and Incident Response technology.

Check out multiple classifiers in use: http://roberto.perdisci.com/projects/mcpad

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives. I myself worked researching a lot of these algorithms and it's still under heavy research. Another area is Artificial Immune Systems in a combination of IDS and Incident Response technology.

Check out multiple classifiers in use: http://roberto.perdisci.com/projects/mcpad Here's a paper on Artifical Immune Systems: http://www.cs.unm.edu/~forrest/publications/hofmeyr_forrest.pdf

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

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Source Link
Epoch Win
  • 932
  • 2
  • 8
  • 14

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives. I myself worked researching a lot of these algorithms and it's still under heavy research. Another area is Artificial Immune Systems in a combination of IDS and Incident Response technology.

Check out multiple classifiers in use: http://roberto.perdisci.com/projects/mcpad

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives.

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives. I myself worked researching a lot of these algorithms and it's still under heavy research. Another area is Artificial Immune Systems in a combination of IDS and Incident Response technology.

Check out multiple classifiers in use: http://roberto.perdisci.com/projects/mcpad

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?

Source Link
Epoch Win
  • 932
  • 2
  • 8
  • 14

The problem will usually be defining "normal" traffic against which you can detect the anomalies. From past research, ensemble classifiers seem to be most efficient in lowering your false positives.

How good is the technology behind the fraud detection tools that the financial sector deploy in terms of anomaly detection?