Nowadays, the availability of a huge amount of data produced by a wide range of new technologies is increasing. However, data obtainable from these sources are often the result of a non-probability sampling process. We propose a method to reduce the selection bias associated with the big data in the context of Small Area Estimation. Our approach is based on data integration and it combines a big data sample and a probability sample. Real data examples are considered in the context of Italian enterprises sensitiveness towards Sustainable Development Goals and ecommerce.

Reducing selection bias in non-probability sample by Small Area Estimation.

Gaia Bertarelli
;
2023-01-01

Abstract

Nowadays, the availability of a huge amount of data produced by a wide range of new technologies is increasing. However, data obtainable from these sources are often the result of a non-probability sampling process. We propose a method to reduce the selection bias associated with the big data in the context of Small Area Estimation. Our approach is based on data integration and it combines a big data sample and a probability sample. Real data examples are considered in the context of Italian enterprises sensitiveness towards Sustainable Development Goals and ecommerce.
2023
Cladag 2023: book of abstracts and short papers
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10278/5035204
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