Fuzzy Bounded Separation Method for Solving Fully Fuzzy Interval Integer Transportation Problems

Abstract A novel method called the fuzzy bounded separation method, based on the maximum modulus zero suffix method, and is suggested to address fully fuzzy interval integer transportation problems. The provided problem is divided into fuzzy upper bounded interval transportation problem (FUBITP) and fuzzy lower bounded interval transportation problem (FLBITP), with the goal of finding the optimal solution using the maximum modulus zero suffix strategy. The suggested tactic works in a circumstance that is fairly similar to that without utilizing any ranking methods. A numerical example is provided to illustrate the solution procedure, and the results are contrasted with those obtained using the current techniques. Various types of logistic problems are handled with fully fuzzy integer interval concerns, and decision-makers may find the fuzzy bounded separation method to be quite helpful. This procedure is methodical, easy to utilize, and put into practice. MSC 2020 No.: 49Q22, 90B06, 90C08, 90C70