@article{Qurashi2023, 
author = {Saqib Mazher Qurashi and Ferdous Tawfiq and Qin Xin and Rani Sumaira Kanwal and Khushboo Zahra Gilani},
title = {Different characterization of soft substructures in quantale modules dependent on soft relations and their approximations},
year = {2023},
journal = {AIMS Mathematics},
volume = {8},
number = {5},
pages = {11684-11708},
keywords = {quantale module and its substructures, rough set, soft set, aftersets and foresets, compatible relations},
url = {https://www.sciopen.com/article/10.3934/math.2023592},
doi = {10.3934/math.2023592},
abstract = {The quantale module introduced by Abramsky and Vickers, engaged a large number of researchers. This research article focuses the combined behavior of rough set, soft set and an algebraic structure quantale module with the left action. In fact, the paper reflects the generalization of rough soft sets. This combined effect is totally dependent on soft binary relation including aftersets and foresets. Different soft substructures in quantale modules are defined. The characterizations of soft substructures in quantale modules based on soft binary relation are presented. Further, in quantale modules, we define soft compatible and soft complete relations in terms of aftersets and foresets. Furthermore, we use soft compatible and soft complete relations to approximate soft substructures of quantale modules and these approximations are interpreted by aftersets and foresets. This concept generalizes the concept of rough soft quantale modules. Additionally, we describe the algebraic relationships between the upper (lower) approximations of soft substructures of quantale modules and the upper (lower) approximations of their homomorphic images using the concept of soft quantale module homomorphism.}
}