Abstract: This paper addresses multi-AGV task allocation in intelligent manufacturing by proposing a hybrid rescheduling method combining an improved greedy algorithm and simulated annealing. It ...
Abstract: Differing from existing research on intervention strategies such as leader selection and edge addition, we investigate the impact of intervention timing in opinion dynamics. We employ the ...
Abstract: Automated guided vehicles are widely utilized in the real production environment for tasks such as job transfer and inter-factory collaboration, yet they remain relatively underexplored in ...
Abstract: Manual class scheduling at the University of Northern Philippines (UNP) is characterized by inefficiencies, frequent conflicts, and delays, negatively impacting faculty and students. This ...
Abstract: The recommendation of local content in edge servers is a crucial strategy to alleviate cloud pressure and enhance resource utilization in edge-cloud networks. However, the dynamic ...
Abstract: Disassembly is a critical step in the recycling and reusing of end-of-life products. As Industry 5.0 emerges, manufacturing is shifting from a system-oriented approach to a human-centered ...
Planning and Verification of a Cloud-Based Monitoring DC Microgrid System Using the Greedy Algorithm
Abstract: This paper aims to implement a cloud-based monitoring DC microgrid system suitable for communities by integrating a simulated utility grid system (SUGS), battery energy storage system (BESS) ...
Abstract: Job-shop scheduling is a fundamental optimization issue in manufacturing. It involves determining the optimal allocation of many jobs among machines to increase makespan, throughput, and ...
Abstract: Urban waste management demands efficient systems to optimize collection and reduce environmental impact. This study introduces TrashTrack, an IoT-based smart waste monitoring application ...
Abstract: Vehicle-to-Everything (V2X) networking is poised to further integrate vehicular communication with Mobile Edge Computing (MEC) technologies, enhancing autonomous vehicle driving and ...
Abstract: This paper studies a distributed permutation flowshop group scheduling problem (DPFGSP) with a total tardiness criterion, which has significant applications in the current manufacturing ...
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