Density-Based Outlier Detection Benchmark on Synthetic Data: Unterschied zwischen den Versionen
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|kurzfassung=Outlier detection algorithms are widely used in application fields such as image processing and fraud detection. Thus, during the past years, many different outlier detection algorithms were developed. While a lot of work has been put into comparing the efficiency of these algorithms, comparing methods in terms of effectiveness is rather difficult. One reason for that is the lack of commonly agreed-upon benchmark data. | |kurzfassung=Outlier detection algorithms are widely used in application fields such as image processing and fraud detection. Thus, during the past years, many different outlier detection algorithms were developed. While a lot of work has been put into comparing the efficiency of these algorithms, comparing methods in terms of effectiveness is rather difficult. One reason for that is the lack of commonly agreed-upon benchmark data. | ||
In this thesis the effectiveness of density-based outlier detection algorithms (such as | In this thesis the effectiveness of density-based outlier detection algorithms (such as KNN, LOF | ||
and related methods) on entirely synthetically generated data are compared, using its underlying density as ground truth. | |||
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Aktuelle Version vom 15. Januar 2019, 16:01 Uhr
Vortragende(r) | Lena Witterauf | |
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Vortragstyp | Proposal | |
Betreuer(in) | Georg Steinbuss | |
Termin | Fr 18. Januar 2019 | |
Vortragsmodus | ||
Kurzfassung | Outlier detection algorithms are widely used in application fields such as image processing and fraud detection. Thus, during the past years, many different outlier detection algorithms were developed. While a lot of work has been put into comparing the efficiency of these algorithms, comparing methods in terms of effectiveness is rather difficult. One reason for that is the lack of commonly agreed-upon benchmark data.
In this thesis the effectiveness of density-based outlier detection algorithms (such as KNN, LOF and related methods) on entirely synthetically generated data are compared, using its underlying density as ground truth. |