In this paper, we introduce the concept of statistically sequentially quotient map：A mapping f ： X → Y is statistically sequentially quotient map if whenever a convergent sequence S in Y, there is a convergent sequ...In this paper, we introduce the concept of statistically sequentially quotient map：A mapping f ： X → Y is statistically sequentially quotient map if whenever a convergent sequence S in Y, there is a convergent sequence L in X such that f（L） is statistically dense in S. Also, we discuss the relation between statistically sequentially quotient map and covering maps by characterizing statistically sequentially quotient map and we prove that every closed and statistically sequentially quotient image of a g-metrizable space is g-metrizable. Moreover,we discuss about the preservation of generalization of metric space in terms of weakbases and sn-networks by closed and statistically sequentially quotient map.展开更多
基金Supported by the Council of Scientific & Industrial Research Fellowship in Sciences(CSIR,New Delhi)for Meritorious Students,India
文摘In this paper, we introduce the concept of statistically sequentially quotient map：A mapping f ： X → Y is statistically sequentially quotient map if whenever a convergent sequence S in Y, there is a convergent sequence L in X such that f（L） is statistically dense in S. Also, we discuss the relation between statistically sequentially quotient map and covering maps by characterizing statistically sequentially quotient map and we prove that every closed and statistically sequentially quotient image of a g-metrizable space is g-metrizable. Moreover,we discuss about the preservation of generalization of metric space in terms of weakbases and sn-networks by closed and statistically sequentially quotient map.
