The base station is the most critical infrastructure in the mobile communication network, including structural components such as computer rooms, wires, iron towers, and various complex functional modules. Compared with 4G base stations, 5G base stations have greatly improved in terms of equipment integration and installation convenience. However, to complete a complete installation process still requires the tacit cooperation of at least 3 engineers, and hundreds of subtle professional operations need to be carried out in an orderly manner during the operation process, and dozens of specific tools are used. It is such a professional and complex practical operation process
Therefore, in terms of student training, the use of VR virtual simulation training courseware can effectively solve the problems of lack of resources, insufficient teachers, and large consumables in 5G engineering practice training. The training courseware developed through VR virtual simulation technology simulates the real scene, allowing learners to carry out practical operations and experience in the virtual environment without going to the on-site training, thus greatly reducing the cost of training.
5G engineering practice operations usually need to be carried out in actual scenarios, which will involve dangerous operation scenarios such as high-altitude operations and deep sea exploration, and actual operations may also involve risks such as personal safety and property damage. With the training courseware developed by VR virtual simulation technology, learners can carry out practical operations in a virtual environment, avoiding the risks and inconvenience of on-site operations, and making learning safer and more convenient.
Students interact with computers in relatively "natural" ways such as senses, language, gestures and even expressions, and are completely placed in a comprehensive learning environment that is "beyond reality and immersive". In this new environment, students have a wider space for independent learning, more active creative thinking, and unprecedented improvement in learning effects.
Traditional training methods are often difficult to ensure the consistency and quality of learning effects. Through the 5G engineering practice VR virtual simulation training courseware, learners can conduct real operations and experiments in the virtual environment to obtain a more intuitive and practical learning experience, thereby improving the consistency and quality of learning effects.
On the other hand, the advantages of the VR training system are also reflected in safety, flexibility, convenience, etc. - the VR training system simulates different scene environments (such as towers), which greatly reduces the safety risk of outdoor training; The functional "toolbox" and "menu bar" greatly reduce the repeated requirements of traditional training on physical equipment and training instructors; at the same time, it avoids uncontrollable factors such as outdoor climate change, and operation training can be carried out around the clock.
Traditional training methods usually require the input of resources such as multiple teachers, multiple classrooms, and multiple copies of materials, which will increase the difficulty and cost of training. However, 5G engineering practice VR virtual simulation training courseware supports one-click recovery, which can be practiced repeatedly to Meet the high demands of proficiency.
It not only helps to reduce the overall cost (including reducing the safety risk of training), but also improves the efficiency of training in terms of team collaboration and multi-position operation. All-digital content can realize unlimited creativity and provide unlimited training for the virtual training process. possibility.
Science and technology lead the development of the world. 5G engineering practice VR virtual simulation training simulates the whole process and process of 5G engineering project construction, which not only ensures the authenticity and integrity of the experimental process, but also achieves the goal of safe and innovative vocational training.