Two distinct methods underlying the existence of power-law distribution were studied. The distribution ws stationary under the process of merging and splitting of classes and the distribution of the entities under study was invariant. An explanation for the ubiquitous inverse n relationship in the species abundance relationship in ecology and 1/n2 distribution of company size was also proposed. It was found that the successive splitting and mergers and principle of invariance under recategorization both leads to power law distributions
Finite size scaling techniques are applied to ecology and are shown to predict relationships between...
Abstract — Power law distributions have been repeatedly observed in a wide variety of socioeconomic,...
‘Power laws ’ suggest that events of a large magnitude will be rare, whilst small events will be muc...
Two distinct mechanisms underlying the existence of power-law distributions are presented: the distr...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Focusing on the evergreen problem of the size of firms, we discuss the incompatibility between empir...
Scaling relationships (where body size features as the independent variable) and power-law distribut...
Power laws describe frequent scaling trends found in nature, in areas as disparate as physics, biolo...
first approach is mainly phenomenological, whereas the second relys on rather sophisticated mechanis...
An elementary model of animal aggregation is presented. The group-size distributions resulting from ...
We bring rigor to the vibrant activity of detecting power laws in empirical degree distributions in ...
Size distributions in some ecosystems follow a power behavior spanning up to ten orders of magnitude...
Abstract. Many complex systems have been modeled as networks. Examples of such systems that are of i...
Finite size scaling techniques are applied to ecology and are shown to predict relationships between...
Abstract — Power law distributions have been repeatedly observed in a wide variety of socioeconomic,...
‘Power laws ’ suggest that events of a large magnitude will be rare, whilst small events will be muc...
Two distinct mechanisms underlying the existence of power-law distributions are presented: the distr...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Searching for generic behaviors has been one of the driving forces leading to a deep understanding a...
Focusing on the evergreen problem of the size of firms, we discuss the incompatibility between empir...
Scaling relationships (where body size features as the independent variable) and power-law distribut...
Power laws describe frequent scaling trends found in nature, in areas as disparate as physics, biolo...
first approach is mainly phenomenological, whereas the second relys on rather sophisticated mechanis...
An elementary model of animal aggregation is presented. The group-size distributions resulting from ...
We bring rigor to the vibrant activity of detecting power laws in empirical degree distributions in ...
Size distributions in some ecosystems follow a power behavior spanning up to ten orders of magnitude...
Abstract. Many complex systems have been modeled as networks. Examples of such systems that are of i...
Finite size scaling techniques are applied to ecology and are shown to predict relationships between...
Abstract — Power law distributions have been repeatedly observed in a wide variety of socioeconomic,...
‘Power laws ’ suggest that events of a large magnitude will be rare, whilst small events will be muc...