Energy Utilized Hybrid Flowshop Scheduling using Multi-Objective Tiki Taka Algorithm (MOTTA)

This paper presents the Multi-Objective Tiki Taka Algorithm (MOTTA), a novel optimization technique for hybrid flow shop scheduling (HFS) problems emphasizing energy efficiency and makespan minimization. The algorithm is compared against five state-of-the-art algorithmsMOGWO, MOAOS, MOGOA, MAOA, and MALO-using 12 Carlier Neron benchmark problems. Taguchi’s method is employed to fine-tune critical coefficients ($\mathbf{c 1, c 2, c 3}$ and problose) enhancing MOTTA’s performance. The proposed algorithm’s validity is further demonstrated through a case study, showcasing its applicability in real-world scenarios. Results indicate that MOTTA achieves superior performance in balancing trade-offs between energy utilization and makespan compared to other algorithms. The best scheduling result obtain for makespan is 2672 sec with energy consumption of $\mathbf{4 1 8 3 7. 0 9} \mathbf{~ k W a t t - m i n}$.