AnyLogic将在美国伊利诺伊州奥克布鲁克特雷斯举办线下培训课程,时间为5月28日至30日 向最优秀的学习!
AL Training in Oakbrook Terrace, IL, USA
向最优秀的人学习!

论文

Transforming Assembly Lines with Agent-Based Digital Twin Models


Explore how a training facility at Auburn University is teaching students and professionals lean manufacturing by assembling LEGO® cars. Through a multi-phase plan, the facility is evolving into a hub for digital manufacturing and Industry 4.0 technologies, with a focus on small and medium manufacturers (SMMs). The current phase involves creating an agent-based digital twin model to simulate and optimize assembly line processes.

Automatic Model Generation for Logistics Optimization of Less-Than-Truckload Terminals


This paper presents a tool for logistics optimization of Less-Than-Truckload terminals addressing rising service demands and shipment volumes. The tool enables efficient layout planning and resource allocation for small and medium-sized enterprises through automatic model generation and customizable simulation models.

Enhancing Accessibility and Sustainability in Maritime Logistics: Evaluating PortalLite Towns


A PortalLite system is a maritime logistics concept aimed at improving accessibility to remote areas, reducing environmental impact, and easing urban congestion through a network of small, distributed ports. In this study, the authors use both simulation and mathematical modeling to explore the feasibility and efficiency of this unique system.

Simulation-Based Analysis of Hydrogen Refueling Station to Support Future Hydrogen Trucks and Technological Advances


This article explores the use of AnyLogic to optimize hydrogen refueling infrastructure for heavy-duty trucks in Bremen, Germany. It showcases possible advancements in renewable energy in transportation and hydrogen infrastructure optimization.

Component-Based Synthesis of Structural Variants of Simulation Models for Changeable Material Flow Systems


Creating discrete-event simulation models for adaptable material flow systems is challenging due to the need for various structural variants. This paper unveils an innovative method to automate this process, illustrated by a case study, which makes it easier and more efficient.

E-Commerce Research Paper: Dynamic Forecast Demand Analysis to Design a Parcel Locker Delivery Network in Spain


The research paper on e-commerce addresses urban logistics issues worsened by the COVID-19 pandemic. The scholars used system dynamics simulation modeling with the ε-constraint method to design a parcel locker delivery network and forecast demand. The model suggested the lockers’ locations for improved delivery results and helped to develop a strategy for minimizing environmental impact.

A Cloud-Based Hybrid Simulation Model for Amazon Warehouse Yard Operations Optimization


This research introduces a cloud-based hybrid simulation model that combines discrete-event simulation (DES) and agent-based modeling (ABM) to enhance Amazon warehouse yard operations, which are crucial for efficient logistics. By leveraging cloud technology for scalability and real-time data integration, the model dynamically simulates sequential processes and the interactions of autonomous agents, such as trucks and yard staff.