A novel improved teaching and learning-based-optimization algorithm and its application in a large-scale inventory control system

Abstract

PurposeThe purpose of this paper is to propose a novel improved teaching and learning-based algorithm (TLBO) to enhance its convergence ability and solution accuracy, making it more suitable for solving large-scale optimization issues.Design/methodology/approachUtilizing multiple cooperation mechanisms in teaching and learning processes, an improved TBLO named CTLBO (collectivism teaching-learning-based optimization) is developed. This algorithm introduces a new preparation phase before the teaching and learning phases and applies multiple teacher–learner cooperation strategies in teaching and learning processes. Applying modularization idea, based on the configuration structure of operators of CTLBO, six variants of CTLBO are constructed. For identifying the best configuration, 30 general benchmark functions are tested. Then, three experiments using CEC2020 (2020 IEEE Conference on Evolutionary Computation)-constrained optimization problems are conducted to compare CTLBO with other algorithms. At last, a large-scale industrial engineering problem is taken as the application case.FindingsExperiment with 30 general unconstrained benchmark functions indicates that CTLBO-c is the best configuration of all variants of CTLBO. Three experiments using CEC2020-constrained optimization problems show that CTLBO is one powerful algorithm for solving large-scale constrained optimization problems. The application case of industrial engineering problem shows that CTLBO and its variant CTLBO-c can effectively solve the large-scale real problem, while the accuracies of TLBO and other meta-heuristic algorithm are far lower than CLTBO and CTLBO-c, revealing that CTLBO and its variants can far outperform other algorithms. CTLBO is an excellent algorithm for solving large-scale complex optimization issues.Originality/valueThe innovation of this paper lies in the improvement strategies in changing the original TLBO with two-phase teaching–learning mechanism to a new algorithm CTLBO with three-phase multiple cooperation teaching–learning mechanism, self-learning mechanism in teaching and group teaching mechanism. CTLBO has important application value in solving large-scale optimization problems.

Sensor Learning Application for Precision Agriculture

“…The effectiveness of these teaching tools is measured by using an evaluation indicator from the Kirkpatrick model on the students' reactions, knowledge, skills, and attitudes. This feedback helps Department Heads, Mechatronics Programme Heads, Course Coordinators, and Course Lecturers evaluate the effectiveness of this method (learning in real-world application) and determine a comprehensive plan to improve the teaching and learning process (Chen, 2023;Nižetić et al, 2020). Table 1 shows the feedback on the effectiveness of the research from 61 students who took the Industrial Electronics course, consisting of 70.5% male respondents and 29.5% female respondents.…”