基于虚拟现实技术的三维可重构仓储监测展示平台的设计与实现

发布时间：2018-09-05 20:22

【摘要】：随着物流仓储业的发展,仓储物品的种类日益多样化,企业对仓储监测软件的界面和功能等方面的需求也越来越多样化。随着计算机图形技术的不断进步,虚拟现实技术得到了越来越广泛应用,为新型仓储监测展示界面的展示设计提供了良好的解决思路。为提高仓储监测软件的交互操作性、灵活性、和适用性,本文设计并实现了一种基于虚拟现实技术的三维储藏监测展示平台。在该三维展示平台上,不仅能够直观地展示多种存储方式并存的仓库三维场景及仓库内的储藏物品情况,而且能够根据实际的存储以及监测情况对场景进行重构。本系统平台还具有多方式浏览、报警节点定位及拓扑结构绘制等交互操作功能。通过上传模型到模型库它可以创建适用于多种常见的监测场景,如烟草、粮食和果蔬等,不同的应用场景下只需要在该平台上进行简单重构操作就可以快速地创建三维监测场景应用。本文主要的工作如下:1、完成了仓储监测展示平台的三维可视化设计;2、实现了仓储监测展示平台可重构设计。通过手动或自动的方式对三维虚拟场景按照实际的场景进行重新构建。不仅可以对仓库场景框架进行重构,还可以深入到仓库内部对仓储物品和传感节点进行重构;3、完成了仓储监测展示平台的可扩展设计。用户可以上传符合条件的三维模型,为后续的重构提供素材,可以利用这些模型构建各种常见的仓储监测展示界面,扩展了系统的适用性。
[Abstract]:With the development of logistics and warehousing industry, the variety of storage items is becoming more and more diversified, and the demand for the interface and function of warehousing monitoring software is becoming more and more diversified. With the continuous progress of computer graphics technology, virtual reality technology has been more and more widely used, which provides a good solution for the display design of new warehouse monitoring display interface. In order to improve the interoperability, flexibility and applicability of warehousing monitoring software, a 3D storage monitoring display platform based on virtual reality technology is designed and implemented in this paper. On the 3D display platform, it can not only display the 3D scene of warehouse and the storage items in the warehouse, but also reconstruct the scene according to the actual storage and monitoring situation. This system platform also has the interactive operation function such as multi-way browsing, alarm node location and topology drawing. By uploading models to the model library, it can be created for a variety of common monitoring scenarios, such as tobacco, food, and fruits and vegetables, In different application scenarios, the application of 3D monitoring scene can be created quickly by simple refactoring operation on the platform. The main work of this paper is as follows: 1. The 3D visualization design of the warehouse monitoring and display platform is completed, and the reconfigurable design of the storage monitoring display platform is realized. The 3D virtual scene is reconstructed according to the actual scene by manual or automatic way. Not only can the frame of the warehouse scene be reconfigured, but also the storage items and sensor nodes can be reconfigurable inside the warehouse, and the extensible design of the warehouse monitoring and display platform is completed. Users can upload qualified 3D models to provide material for subsequent refactoring. They can use these models to construct various common warehouse monitoring and display interfaces and expand the applicability of the system.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP391.9;F274

【参考文献】