The way-below relation of function spaces over semantic domains

The Semantic and Rhetorical Function of the Synonymous and Antonymous Concepts of “Infaq” in the Holy Quran

The syntagmatic (descriptive) semantic approach is an attempt to represent the words and their relations existing in the human mind. Considering this idea, the present paper, while applying this approach, seeks to provide a descriptive analysis of the concept of infaq and to explain the semantic and rhetorical function of the concepts that having a syntagmatic relation with it are sometimes use...

A new class of function spaces on domains of R^d and its relations to classical function spaces

On Domain Theory over Girard Quantales

This paper is about a generalization of Scott’s domain theory in such a way that its definitions and theorems become meaningful in quasimetric spaces. The generalization is achieved by a change of logic: the fundamental concepts of original domain theory (order, way-below relation, Scott-open sets, continuous maps, etc.) are interpreted as predicates that are valued in an arbitrary completely d...

تبیین و ارزیابی مؤلفه‌های مؤثر بر کیفیت فضای دانشکده‌های معماری از دیدگاه دانشجویان مطالعه‌ای در دانشکده‌های معماری دانشگاه‌های تبریز، هنر اسلامی و آزاد تبریز

Development of the architecture profession in recent years has led to the quantitative development of architecture schools. While much attention has been given to quantitative aspects of such educational spaces, their quality has been neglected. This paper concentrates on two key questions: (1) what are the desirable and acceptable characteristics of educational spaces from the architecture...

On the dual of certain locally convex function spaces

In this paper, we first introduce some function spaces, with certain locally convex topologies, closely  related to the space of real-valued continuous functions on $X$,  where $X$ is a $C$-distinguished topological space. Then, we show that their dual spaces can be identified in a natural way with certain spaces of Radon measures.