continuous lattice造句
例句與造句
- a categorical characterization on z-continuous lattices
連續(xù)格的一個范疇刻劃 - characterizations of continuous lattices by directed minimal subsets
連續(xù)格的極小集刻畫 - direct sums and sublattices of generalized-continuous lattices
廣義連續(xù)格的子格與直接和 - structure of generalized-continuous lattices
廣義連續(xù)格的結(jié)構(gòu) - function space of z-continuous lattices
連續(xù)格的函數(shù)空間 - It's difficult to find continuous lattice in a sentence. 用continuous lattice造句挺難的
- z-generalized continuous lattices
廣義連續(xù)格 - based on upper ( lower ) homomorphisms, we introduce and investigate upper ( lower ) sublattices as well as direct sums of generalized-continuous lattices . the motive is to use them instead of traditional congruence lattices as a new tool of structure problems
基于上、下同態(tài)，引進和研究廣義連續(xù)格的上、下子格以及直接和諸概念，其目的是用它們?nèi)〈鷤鹘y(tǒng)的同余格作為研究結(jié)構(gòu)問題的新工具。 - abstract : we introduce and investigate lower homomorphisms and upper homomorphisms of generalized-continuous lattices . a necessary and sufficient condition for a mapping between compact elements of generalized-algebraic lattices to be extended to a lower homomorphism is established
文摘:引進和研究了廣義連續(xù)格的下同態(tài)和上同態(tài),建立了廣義代數(shù)格緊元素之間的映射擴充為下同態(tài)的充要條件。 - six distinguished computer experts including scott defined the weight of continuous lattices in the first reference and proved that the three kind of weights ? ei g ht of continuous lattices, weight of the related scott topological space and weight of the related lawson topological space, are consistent
證明了幾類分配的domain范疇即sdscs、sdccs、sdacs是slp的閉的滿子范疇，指出在slp的滿子范疇中指數(shù)對象同構(gòu)于穩(wěn)定映射所成的函數(shù)空間。 - six distinguished computer experts including scott defined the weight of continuous lattices in the first reference and proved that the three kind of weights ? ei g ht of continuous lattices, weight of the related scott topological space and weight of the related lawson topological space, are consistent
證明了幾類分配的domain范疇即sdscs、sdccs、sdacs是slp的閉的滿子范疇，指出在slp的滿子范疇中指數(shù)對象同構(gòu)于穩(wěn)定映射所成的函數(shù)空間。