Ministry of Science and Technology: Support the construction of a new generation of artificial intelligence demonstration application scenarios

China Economic Net, Beijing, August 15th According to the website of the Ministry of Science and Technology, in order to accelerate the application of artificial intelligence applications, help stabilize the economy, and cultivate new economic growth points, according to the "New Generation Artificial Intelligence Development Plan" issued by the State Council, according to the Ministry of Science and Technology, etc. The "Guiding Opinions on Accelerating Scene Innovation on Accelerating Scenario Innovation on Promoting High -quality Economic Development", which is jointly issued by the six departments, and promotes high -quality economic development. The relevant matters notification is as follows.

1. Work goal

Adhering to the world's technology frontier, the main battlefield of the economy, the major needs of the country, the health of the people's lives, and give full play to the role of artificial intelligence to empower economic and social development, and support a group The well -founded artificial intelligence application scenarios, strengthen the development of upstream and downstream cooperation and new technologies, and create a batch of copied and promoted benchmarking demonstration application scenarios. The first batch supports the construction of ten demonstration application scenarios.

2. The first batch of demonstration application scenarios

(1) Smart farm.

Aiming at the production process of rice, corn, wheat, cotton and other crops, focus on key operations such as "farming, seeds, management, and collection", and use key technologies such as agricultural intelligent equipment that are intelligent and autonomous in the group. A typical scene of large -scale operations such as adaptation perception, agricultural machinery behavior control, real -time collaboration of groups, and smart farm brain to achieve agricultural planting and management intensive, less humanized, and precise.

(2) Smart port.

Aiming at key business links such as large dock berths, shore bridge management, and stacking, load scheduling, etc., use intelligent dock machinery, digital twin integration production and control system and other key technologies, to carry out automatic shipping, automatic operating path and berth plan plan for ships Optimized, horizontal transportation vehicles and new rail transit equipment collaborative scheduling, intelligent stacking seat selection and other scenarios to form intelligent solutions covering dock operations, operation monitoring and equipment health management, and creating world -class super -large smart ports.

(3) Smart mine.

In response to the needs of high -quality and safety development in my country, focus on well -known and open -air mines, and use new generation of autonomous controllable information technologies such as artificial intelligence, 5G communication, and basic software to build a digital connection, unmanned operation, intelligent inspection, remote, remote The normalized operation demonstration surface of intervention "intervention", carry out the application of unmanned driving and shovel in the open -air mining cars, reduce the replacement of people through intelligent technology, and comprehensively improve the essence and safety level of my country's mining industry.

(4) Intelligent factories.

For key business links such as production scheduling, parameter control, and equipment health management in the process manufacturing, discrete manufacturing factories, comprehensively use the technologies such as digital twin, intelligent control, and optimization decision -making in factory, and in the production process intelligent decision -making, flexible manufacturing, large equipment Energy consumption optimization, intelligent diagnosis and maintenance of equipment forms intelligent factory solutions with industry characteristics and replication and promotion, and conduct demonstration applications in key industries such as chemical industry, steel, power, and equipment manufacturing.

(5) Smart home.

For personalized and intelligent needs such as home appliances, diet, accompaniment, and health management in family life in the future, use key technologies such as cloud -sided intelligence decision -making and active services, scene engines and adaptive perceptions to strengthen active reminders, intelligent recommendations, health management, health management,, health management, health management, health management, health management, health management, health management, health management, health management, health management, health management, and health management, health management, and health management, health management, health management, and health management, health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management, health management, and health management. Comprehensive demonstration applications such as intelligent zero operations promotes all -house integrated intelligent control coverage from single product intelligence to full -house intelligence, from passive control to active learning, and compatible development of various smart products.

(6) Intelligent education.

For key links such as “preparing, teaching, training, testing, and management” in youth education, we use key technologies such as learning cognitive state perception, unspicious teaching and smart classrooms to build intelligent education with false and real integration and cross -platform support. The basic environment, focusing on primary and secondary schools in underdeveloped regions, support the development of intelligent education demonstrations, enhance the coverage of high -quality educational resources, and help rural revitalization and the implementation of the digitalization of national education.

(7) Autonomous driving.

In response to the further expansion of the needs of autonomous driving from specific roads to conventional roads, the use of high -accurate environmental perception and overvoing information sharing of vehicle end and road sensors, the collaborative decision -making and control of vehicle road clouds The demonstration application of autonomous driving scenarios under complex driving conditions such as around the island and ramps, and promoting the development of highway unmanned logistics, high -level autonomous vehicles, intelligent network buses, and independent passenger parking.

(8) Intelligent diagnosis and treatment.

In response to the needs of common diseases, chronic diseases, and multiple diseases, based on the large -scale medical infrastructure such as large -scale medical artificial intelligence model training, based on the large -scale medical artificial intelligence model training of database knowledge bases in the medical field, the use of artificial intelligence evidence diagnosis and treatment decision -making medical key technologies, and establishing artificial artificial artificial artificially established artificially Smart empowering new medical services. Focus on county -level hospitals to improve the level of primary medical services.

(9) Smart Court.

In response to the business fields of court services, trial implementation, judicial management and other courts, the use of non -structured text semantic understanding, referee theory analysis and reasoning, risk intelligence identification and other key technologies, strengthen the automatic generation of court trials, intelligent push -type cases, and all cases from intelligent energy tailoring. Auxiliary, referee documents are automatically generated, the case of case dossier adaptive inspections, automated trial quality evaluation and supervision and other intelligent scene demonstrations, effectively resolve cases and less contradictions, and promote the modernization of the trial system and trial capabilities.

(10) Intelligent supply chain.

For key links such as intelligent warehousing, intelligent distribution, cold chain transportation, use key technologies such as human -computer interaction, logistics robotic arm control, reverse customization, demand forecast and after -sales tracking to optimize the intelligent supply chain algorithm of scene -driven to build intelligent and efficient efficiencyThe collaborative supply chain system promotes the large -scale landing application of intelligent logistics and supply chain technology, improves product inventory rotation efficiency, and reduces logistics costs.

Third, organize implementation

The Ministry of Science and Technology takes the results of the national science and technology plan project as the main foundation, and the main support of the new generation of artificial intelligence innovation and development pilot zone of the country, to give full play to the role of the new generation of artificial intelligence open innovation platforms, and select a group of demonstration application scenarios to support construction.

All local science and technology departments (committees, bureaus) and pilot zones recommend demonstration application scenarios to support construction to the Ministry of Science and Technology. After review and evaluation, the Ministry of Science and Technology determines whether it supports and promotes the scenarios that meet the standards.

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