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世界上几乎每个国家都存在着巨大且不断扩大的贫富差距。造成这种不平等现象的原因有很多，但仿真和运气的结合能否阻止这种趋势，甚至扭转这种趋势?

医疗仿真可以显示医疗机构的能力和资源利用率，帮助识别其中的挑战，并根据结果分析得出正确的解决方案。在新冠肺炎期间，仿真建模经常用于评估疾病传播和大规模疫苗接种。阅读本文，了解如何通过仿真完成医疗保健相关任务。

在流程中使用智能体。

您可以通过本视频学习如何使由状态图定义行为的智能体通过由流程图定义的过程。

混合建模是AnyLogic的优势之一。该视频演示了基于智能体和离散事件相结合的建模方法。您可以观察到两种方法如何定义智能体的行为。

You won’t hear any apologies from the AnyLogic developers about needing to learn some code to get the most from AnyLogic simulation modeling. The fact is, a little upfront learning makes model development faster and simpler in the long run. But, if you are new to the software, how to get this training?

This short tutorial shows how to build a simulation model based on a real-world problem description, using an example of a simple warehouse unloading process model. Also, it teaches to set animation and choose what-if scenarios to test. The AnyLogic User Support Team created the tutorial. The model simulates the arrival of trucks with two types of cartons to a warehouse. Workers unload the cartons, which then move on conveyors to the pallet stacking zone. After palletizing, the goods are moved by forklift trucks to the storage zone. Download the tutorial and accompanying material via our website.

In the third edition of “What’s New in AnyLogic 7?” I am excited to explain the capability of AnyLogic 7’s new Process Modeling Library, to support the “pull” protocol of working with entities. Start by taking a look at the simple model below, built in AnyLogic 6, a conveyor that begins with a service point. The entity on the conveyor has to free the space set by the distance between entities parameter, for the new entity to enter the conveyor. The conveyor cannot receive the next entity until the first one moves.