The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent papers, using different estimators and different data sets, conclude that the Zipf Law, in particular, provides a good fit, implying that the fraction of firms with size above a given value is inversely proportional to the value itself. In this article we compare the asymptotic and small sample properties of different methods through which this conclusion has been reached. We find that the family of estimators most widely adopted, based on an OLS regression, is in fact unreliable and basically useless for appropriate inference. This finding raises doubts about previously identified Zipf behavior. Based on extensive numerical analysis, we reco...
Based on a sample of 50441 independent UK companies of all sizes covering all sectors of the UK econ...
ABSTRACT: Zipf's law has two striking regularities: excellent fit and an exponent close to 1.0. When...
International audienceZipf's law is one of the few quantitative reproducible regularities found in e...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
Based on a sample of 50 441 independent UK companies of all sizes covering all sectors of the UK eco...
Based on a sample of 50441 independent UK companies of all sizes covering all sectors of the UK econ...
ABSTRACT: Zipf's law has two striking regularities: excellent fit and an exponent close to 1.0. When...
International audienceZipf's law is one of the few quantitative reproducible regularities found in e...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
The upper tail of the firm size distribution is often assumed to follow a Power Law. Several recent ...
Based on a sample of 50 441 independent UK companies of all sizes covering all sectors of the UK eco...
Based on a sample of 50441 independent UK companies of all sizes covering all sectors of the UK econ...
ABSTRACT: Zipf's law has two striking regularities: excellent fit and an exponent close to 1.0. When...
International audienceZipf's law is one of the few quantitative reproducible regularities found in e...