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Solutions
Discrete Event Simulation Software
Advanced Planning and Scheduling Software (APS)
Demand Driven DDMRP Digital Twin Software
Technology
Process Digital Twin
Python Integration
NVIDIA Omniverse
AI Optimization
Data & Integration Framework
Academic
Program Overview
Academic Licensing
Academic Program Teaching Resources
Academic Program Student Resources
Academic Case Studies
Learning
Simio University
Introduction to Simio
Simio Learning Bytes
Simio Webinar Series
Simio Sync Conferences
Publications
Resources
My Account
Case Studies
Simio Blog
Whitepapers
Forum & Insiders
Simio e-Newsletter
Company
About Us
Careers
Global Partner Network
Contact
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es
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pt
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Simio Sync 2026 | April 28-29 – Advance your Digital Twin expertise. Register Now →
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斯坦福大学学生利用 Simio 仿真软件改善九龙湾的交通系统
行业
交通运输
组织机构
斯坦福大学
导言
乘客流动性:拥堵。该截图反映的是 28 分钟时 A 站台自动扶梯入口的情况。
乘客流动性:拥堵情况。该截图显示的是 28 分钟时入口 B 月台自动扶梯的情况。
乘客流动性:备选方案 1 - 简单。该截图显示增加了自动扶梯,使容量翻倍。方向可根据流量进行调整。
乘客流动性:备选方案 2--密集型。该截图显示入口 C 经过改动。增加并移动了自动扶梯。旋转栅门和自动售票机已被移动。
单击此处查看整个 PowerPoint 演示文稿
目标
改善乘客体验
美观
干净整洁
热舒适
通风良好
宽敞
视野开阔
有效的交通系统
节能
快速通过月台
快速疏散
所有人都能到达
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