Virtual reality is a technology that uses a computer to generate a virtual world with which users can interact naturally through various sensing channels. Virtual technology can create and experience virtual worlds, allowing users to operate and experience as if they were in the real world. It is based on the integration of a variety of advanced technologies, such as computer vision, microelectronics technology, multi-technology technology, sensing technology, etc. In the virtual world, users can interact with the virtual world in real time through auxiliary sensing devices such as helmet displays and data gloves to generate a sense of immersion.
Virtual systems are widely used in various fields, such as aerospace, medicine, military, etc., and rendering technology also plays a vital role in virtualization.
The creation and experience of the scene in the virtual ** requires the conversion of the 3D model data into images, and this process involves rendering. Rendering technology presents the virtual scene in the form of images through modeling, lighting models, texture mapping and other means, and at the same time can update the picture in real time according to the user's interactive operation to provide a realistic virtual experience.
Compared with traditional local rendering, real-time cloud rendering technology has a wider range of applications and stronger computing power. The real-time cloud rendering technology solution not only provides extremely high computing performance and low latency response time, but also enables users to access virtual courses anytime and anywhere, and achieve the goal of doing experiments where there is an Internet connection.
With the help of real-time cloud rendering technology, the virtual experimental content can be run and rendered on the cloud, and the real three-dimensional, immersive, and interactive experimental experience can be delivered to various pan-terminals, such as PC, mobile phone pad, VR AR glasses, etc., and managed by a set of systems.
In order to meet the needs of the market and the personalized customization needs of customers, Xuanwo real-time rendering system is deployed locally, provides software and hardware integration solutions, and customizes real-time rendering hardware equipment according to the actual needs of customers, which greatly guarantees the security of data and the delay of interaction, and can better enjoy the immersive experience, and at the same time provides teaching after-sales service to protect the rights and interests of customers.
The system relies on the web platform of self-built private cloud data center to help users host and publish XR applications, and users can easily and quickly upload their XR local applications to the cloud for release management.
The system needs to upload, centrally manage, and store industry applications in a unified manner, and also render the applications in real time and then push them to the terminal device, and at the same time, the real-time feedback of the user's interaction of the terminal device is analyzed by the Xuanwo real-time rendering system and transmitted back to the terminal in real time.
Rendering technology plays a key role in virtualization, whether it is for the construction of emergency training systems, the development of experiments, or the application of various fields. Based on real-time cloud rendering technology, the real-time rendering system can truly create realistic virtual scenes, and at the same time realize complex interactive experiences without geographical and platform restrictions, improve operational efficiency, make the operation of virtual ** smoother, and enhance the sense of immersion.