We introduce general regular variation, a theory of regular variation containing the existing Karamata, Bojanic-Karamata/de Haan and Beurling theories as special cases. The unifying theme is the Popa groups of our title viewed as locally compact abelian ordered topological groups, together with their Haar measure and Fourier theory. The power of this unified approach is shown by the simplification it brings to the whole area of quantifier weakening, so important in this field
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms [BOst11], we uni...
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms (Bingham and Ost...
This paper extends the topological theory of regular variation of the slowly varying case of Bingham...
The theory of regular variation, in its Karamata and Bojanić–Karamata/de Haan forms, is long establi...
Regular variation is a continuous-parameter theory; we work in a general setting, containing the exi...
AbstractThis paper investigates fundamental theorems of regular variation (Uniform Convergence, Repr...
AbstractMotivated by the Category Embedding Theorem, as applied to convergent automorphisms (Bingham...
The class of 'self-neglecting' functions at the heart of Beurling slow variation is expanded by perm...
We give a new theory of Beurling regular variation ( Part II). This includes the previously known th...
AbstractKaramata theory (N.H. Bingham et al. (1987) [8, Ch. 1]) explores functions f for which the l...
AbstractWe develop further the topological theory of regular variation of [N.H. Bingham, A.J. Ostasz...
This paper extends the topological theory of regular variation of the slowly varying case of [BOst13...
Abstract. The class of ‘self-neglecting’functions at the heart of Beurling slow variation is expande...
This paper investigates fundamental theorems of regular variation (Uniform Convergence, Representati...
Karamata theory (N.H. Bingham et al. (1987) [8, Ch. 1]) explores functions f for which the limit fun...
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms [BOst11], we uni...
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms (Bingham and Ost...
This paper extends the topological theory of regular variation of the slowly varying case of Bingham...
The theory of regular variation, in its Karamata and Bojanić–Karamata/de Haan forms, is long establi...
Regular variation is a continuous-parameter theory; we work in a general setting, containing the exi...
AbstractThis paper investigates fundamental theorems of regular variation (Uniform Convergence, Repr...
AbstractMotivated by the Category Embedding Theorem, as applied to convergent automorphisms (Bingham...
The class of 'self-neglecting' functions at the heart of Beurling slow variation is expanded by perm...
We give a new theory of Beurling regular variation ( Part II). This includes the previously known th...
AbstractKaramata theory (N.H. Bingham et al. (1987) [8, Ch. 1]) explores functions f for which the l...
AbstractWe develop further the topological theory of regular variation of [N.H. Bingham, A.J. Ostasz...
This paper extends the topological theory of regular variation of the slowly varying case of [BOst13...
Abstract. The class of ‘self-neglecting’functions at the heart of Beurling slow variation is expande...
This paper investigates fundamental theorems of regular variation (Uniform Convergence, Representati...
Karamata theory (N.H. Bingham et al. (1987) [8, Ch. 1]) explores functions f for which the limit fun...
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms [BOst11], we uni...
Motivated by the Category Embedding Theorem, as applied to convergent automorphisms (Bingham and Ost...
This paper extends the topological theory of regular variation of the slowly varying case of Bingham...