物理モデルまたは図面で提示される都市設計プロジェクトは、通常、見栄えがよく詳細に見えますが、予期しない問題が発生する可能性があります。そのようなモデルが実際のレイアウトと一致していても、設計に影響を与える可能性のあるいくつかの動的要因（ダイナミクス）は省略されています。シミュレーションを使用するとで、都市の動的要因を、時間の経過とともに把握できます。
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Crowd safety at Hajj – Simulation modeling
Emergency evacuation planning for mass gatherings is essential public safety and security work for authorities and can help save lives. Imran Mahmood and Muhammad Haris of the National University of Sciences and Technology, Pakistan, and Hessam Sarjoughian of Arizona State University, USA, have used an AnyLogic based crowd simulation and analysis framework to analyze emergency evacuation strategies for one of the world’s greatest mass gatherings: Hajj.
How best to get through an airport?
Just eighteen years from now, 7.8 billion passengers will be taking to the skies annually.
How best to increase passenger capacity at airports? Airport simulation is an important tool for testing, development, and operational management. Here we look at several real-world examples of simulation working for airports...
Border Checkpoint: Technical Feature Analysis
Get inside the model! In this post, we will look at the technical features of the example Border Checkpoint model: what it consists of, how it works, and what methods were used in its development.
Learn tips and tricks as you go through the model step by step with our expert...
Model Overview – Customer Service at a Border Crossing
New releases of AnyLogic come with new example models. These help newcomers understand simulations and experienced users to learn about AnyLogic’s advanced capabilities.
New to AnyLogic is our Border Checkpoint model. It is based on the same principles as classical queueing systems, such as those found in banks, shops, and medical centers.
In this post, we show how to model and analyze a variety of these business problems using the new border crossing model.
Airport Security Checkpoint Analysis
As airport security checkpoints become progressively rigorous, passengers experience longer wait times. Although passenger safety is most important, airports also work to minimize wait times at security check points to increase customer satisfaction.
Martin Jung, Axel B. Classen, and Florian Rudolph from the German Aerospace Center recently analyzed wait times and throughput at the security
Optimal Aircraft Boarding Strategy
To increase profit, airlines seek to minimize turnaround time. Turnaround time is attributed to multiple factors, disembarkation, baggage unloading, refueling, cargo unloading, aircraft maintenance, cargo and baggage loading and passenger boarding. A group in the Science and Engineering Faculty at Queensland University of Technology in Brisbane, Australia completed a project using AnyLogic software to investigate the turnaround time for aircraft passenger boarding using AnyLogic simulation software. The recently published paper studied seven common boarding strategies and two new suggested strategies to find the optimal boarding methods for a Boeing 777 and Airbus 380. They considered behavior of groups traveling together, and individuals storing luggage as part of the simulation model.