In recent years, various intelligent scenarios such as smart homes, smart cars, and smart medical care have provided many conveniences to our lives. No matter what kind of smart and digital scenarios, smart display terminals are inseparable. Judging from the current development trends of the display industry, software definition is an essential development element. The display industry has entered the era of fine-pitch large screens.
Beijing University professor Chen Chun Hua pointed out in her book Value Symbiosis: "Digitalization realizes various technological innovations and various combinations of methods through 'connection'; it is the use of artificial intelligence, mobile technology, communication technology, social networking, Internet of Things, big data, Cloud computing, etc., recreate the real world in the virtual world.
Obviously, the Internet of Everything is an indispensable link to realize value symbiosis. As an intelligent display terminal for the intersection of big data, the large screen has become the "most important terminal entrance" in the Internet of Things era. It is the core layer of intelligent interaction and must be implemented through software definition. The Internet of Things has entered the era of Internet of Everything by integrating into the social environment.
The Internet of Everything software redefines large display screens and realizes industrial upgrading. The industry needs to be fully prepared for digital transformation.
The essence of industrial digitalization is the digitization of scene elements, reconstruction of business value, and reconstruction of digitization among industrial chains. In today's display industry, software-defined large screens are one of the best ways to promote the entire industry to embrace digitalization. It software-ifies hardware and materialises software. It defines different components for different scenarios and can quickly build a visual application platform to realize what you see. That's what you get, service-oriented, on-demand loading.
The field of intelligent manufacturing focuses on key industries such as automobiles, high-end equipment, electronic information, aerospace, and shipbuilding and offshore engineering, giving full play to the enabling role of ultra-high-definition video collection and analysis technology to promote industrial visualization, defect detection, robot vision, and remote operation and maintenance services. Achieve lean and intelligent flexible production, promote the construction of unmanned factories, and improve the level and level of intelligent manufacturing.
In the field of urban refined visual management, support the development of artificial intelligence algorithms such as face recognition, behavior recognition, and target classification based on ultra-high-definition video, improve the monitoring scope, recognition efficiency and accuracy, and create a group of experts in security monitoring, people flow analysis, and emergency warning The application pilot will enhance the city's intelligent prevention and control capabilities; improve the recognition rate of traffic, license plates, models, and people in the vehicle in complex environments, expand the scope of monitoring, and improve the level of urban intelligent transportation management.
In the field of cultural tourism, ultra-high-definition video technology is used to shoot city and tourism promotional videos, and display systems are set up in public places such as airports, train stations, theme parks, and playgrounds, and virtual reality technology and cloud technology are combined to enhance the interactive effect of the display. Promote the application of ultra-high-definition video technology in smart museums and digital cultural relics, and use three-dimensional scanning modeling, phantom imaging and other technologies to develop digital cultural tourism products. Promote the integration of the ultra-high-definition video industry with the e-sports industry and cultural performance venues, and cinema lines are taking the lead in deploying ultra-high-definition videos.
In the field of school education, promote the application of ultra-high-definition video, human-computer interaction, artificial intelligence and other technologies in experimental and demonstration courses, promote the integrated development of virtual reality teaching, training, and science popularization, and promote the development of virtual reality educational resources. Support the research and development of ultra-high-definition art education equipment. Research and develop calligraphy and painting art style appreciation, technique analysis, traditional handicraft experience and human-computer interaction education equipment.
The medical and health field supports the research and development and application of ultra-high-definition video technology in medical image processing, analysis, and auxiliary diagnosis, and realizes interactive and intelligent applications based on ultra-high-definition medical images. Promote the integrated development of ultra-high-definition video industry, medical equipment, artificial intelligence and other industries, and carry out precision health medical services in the fields of auxiliary diagnosis of traditional Chinese and Western medicine, medical education, hospital and medical consortium management, etc.
Post time: Jun-15-2024
