Design And Implementation Of Three-dimensional Reconfigurable Storage Monitoring And Display Platform Based On Virtual Reality Technology

With the development of the logistics and warehousing industry,the types of storage goods are becoming more and more diversified.The demand for the storage monitoring software interfaces,functions and other aspects is also more diverse.With the development of computer graphics technology,virtual reality technology has been more and more widely used.It provides a good solution for the display design of the new storage monitoring display interface.In order to improve the interoperability,flexibility,and applicability of the storage and monitoring software,3D storage monitoring display platform based on virtual reality technology is studied in this paper.The three-dimensional display platform not only can visually display a variety of storage modes of the warehouse storage of three-dimensional scenes and storage of goods in the warehouse,but also can reconstruct the scene based on the actual storage and monitoring scene.The system platform also has many interactive operation functions,such as browsing,node localization and topology mapping.The platform can be applied to a variety of common monitoring scene,such as tobacco,food and fruits and vegetables.In different application scenarios users only need to configurate simply in the platform and then they can create 3D scene monitoring and application quickly.The main research work of this paper is as follows:1.The 3D visualization design of the display platform of the storage and monitoring is completed;2.The reconfigurable design of storage monitor display platform is realized.According to the actual scene,the 3D virtual scene can be reconstructed by the method of manual and automatic.It can not only reconstruct the frame of the warehouse scene,but also can reconstruct the storage goods and sensor nodes in the warehouse;3.The expansion design of the storage monitor display platform is completed.Users can upload the three-dimensional model of the conditions to provide material for the subsequent reconstruction,we can use these models to build a variety of common storage monitoring display interface,improve the applicability of the system.