In general, the theorem has been generalized in two directions.
This approach has been generalized to a regression framework, and implemented in general purpose statistical software (e.g. zip in Stata).
For example, it has been generalized to multidimensional vector spaces.
This concept has been generalized to higher-dimensional (coordinate) Euclidean spaces.
We will also talk about some directions in which the theory has been generalized.
This idea has been generalized by considering arbitrary preference relations between models of sets of premises.
The procedure has been generalized to create complex geometries, including hybrid line segments, triangles, tetrahedra, octahedra, and more.
Universal design method of spiral flexure spring has been generalized firstly.
This framework has been generalized from scenarios that highlight dynamic situations presented in real collaborative settings.
Multiphase kinetic theory has been generalized to include rotation of particles with unequal masses and diameters.
With input from industries, building owners and roofing associations, the developed load cycle has been generalized.
