问题：describe the scenaries of applications when 5G wireless networks become true .

回答：

1. Enhanced Indoor Wireless Broadband Coverage - 5G will meet the challenge of providing continuous network coverage for a large number of buildings, even with the use of complex and sometimes costly small base stations and wireless LAN (WLAN) commercial deployments.


2. Wireless Broadband - Its applications include, for example, the transmission of high-definition infotainment content to cars, increased outdoor activities and the capacity of dense urban centers. This includes improving the Internet access of public transportation systems to support more users to work online during transportation.


3. Fixed wireless broadband deployment - 5G will surpass current LTE network levels and the different results they generate, providing a better consumer experience.


4. Enterprise Teamwork/Collaboration - As companies become more global and rely more on virtual and remote teams, the ability to collaborate using a broader range of corporate communications tools becomes more important. By combining Ultra HD transmission, virtual reality/augmented reality, video telepresence and tactile internet, the benefits of this use case will be reflected. These will enhance existing enterprise communications solutions and promote more dynamic interactions between team members and customers/end users. This can affect a wide range of professional services industries and the entire ICT industry.


5. Training/education - applied to business users (training) and traditional education (primary, secondary and higher education), including remote and/or underdeveloped areas. The overall benefits are similar to the previous use case, but the specific social benefits lie in the ability to significantly expand the student population so that they can receive regular and professional education and training.


6. Augmented Reality and Virtual Reality (AR/VR) - Large-scale support for dynamic AR content requires 5G airtime. Low latency and multi-gigabit per second speeds will support compute-intensive AR/VR user interactions. Specific use cases include field support and telemedicine. There are two obvious benefits to this use case. First, mobilized AR/VR (or smart glasses) can benefit the user by providing a virtual display on any environment or surface without the need for additional hardware or display screens. Secondly, this means reducing the costs of field support workers, forming a team of highly trained and experienced core personnel, and organizing these personnel to provide support for a larger field support team. Many industries can benefit from industry, manufacturing, construction and service companies, and even social services.