Review of dependency estimation with focus on data efficiency: Unterschied zwischen den Versionen
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|kurzfassung= | |kurzfassung=In our data-driven world, large amounts of data are collected in all kinds of environments. That is why data analysis rises in importance. How different variables influence each other is a significant part of knowledge discovery and allows strategic decisions based on this knowledge. Therefore, high-quality dependency estimation should be accessible to a variety of people. Many dependency estimation algorithms are difficult to use in a real-world setting. In addition, most of these dependency estimation algorithms need large data sets to return a good estimation. In practice, gathering this amount of data may be costly, especially when the data is collected in experiments with high costs for materials or infrastructure. I will do a comparison of different state-of-the-art dependency estimation algorithms. A list of 14 different criteria I but together, will be used to determine how promising the algorithm is. This study focuses especially on data efficiency and uncertainty of the dependency estimation algorithms. An algorithm with a high data efficiency can give a good estimation with a small amount of data. A degree of uncertainty helps to interpret the result of the estimator. This allows better decision-making in practice. The comparison includes a theoretical analysis and conducting different experiments with dependency estimation algorithms that performed well in the theoretical analysis. | ||
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Aktuelle Version vom 11. Januar 2022, 16:40 Uhr
Vortragende(r) | Maximilian Georg | |
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Vortragstyp | Proposal | |
Betreuer(in) | Bela Böhnke | |
Termin | Fr 12. November 2021 | |
Vortragsmodus | ||
Kurzfassung | In our data-driven world, large amounts of data are collected in all kinds of environments. That is why data analysis rises in importance. How different variables influence each other is a significant part of knowledge discovery and allows strategic decisions based on this knowledge. Therefore, high-quality dependency estimation should be accessible to a variety of people. Many dependency estimation algorithms are difficult to use in a real-world setting. In addition, most of these dependency estimation algorithms need large data sets to return a good estimation. In practice, gathering this amount of data may be costly, especially when the data is collected in experiments with high costs for materials or infrastructure. I will do a comparison of different state-of-the-art dependency estimation algorithms. A list of 14 different criteria I but together, will be used to determine how promising the algorithm is. This study focuses especially on data efficiency and uncertainty of the dependency estimation algorithms. An algorithm with a high data efficiency can give a good estimation with a small amount of data. A degree of uncertainty helps to interpret the result of the estimator. This allows better decision-making in practice. The comparison includes a theoretical analysis and conducting different experiments with dependency estimation algorithms that performed well in the theoretical analysis. |