The report states that China’s intelligent manufacturing is in a “four-core driven” pattern

The picture shows Lu Shan, president of the China Electronic Information Industry Development Research Institute, releasing a relevant report at the first China International Intelligent Industry Expo. Photo by Liu Xianglin

China News Service, Chongqing, August 24 (Reporter Liu Xianglin) The "China Intelligent Development Index Report (2018)" (hereinafter referred to as the report) released in Chongqing on the 24th stated that China's intelligent manufacturing in 2017 showed a "four-core driven" pattern. , Jiangsu, Guangdong, Zhejiang and Shandong intelligent manufacturing index accounted for 19% of the total index, becoming the leader in the development of intelligent manufacturing in China.

The picture shows the audience visiting the Terminus smart city display at the Smart Expo. Photo by Chen Chao

The report was released by the China Electronic Information Industry Development Research Institute. It focuses on comparing the level of intelligent development in China and sub-regions, and analyzes the characteristics of China's intelligent development from six levels: basic environment, industrial foundation, innovation leadership capabilities, intelligent manufacturing, industrial integration, and smart society. , providing reference for promoting intelligent development.

The report points out that due to differences in policy environment, economic foundation, application characteristics, etc., the intelligent development of various provinces and cities in China shows obvious cascade distribution characteristics. China's intelligent development index basically conforms to the trend of gradually decreasing from the eastern coast to the western inland. On this basis, four clustered development areas have been formed: the Beijing-Tianjin-Hebei region, the Yangtze River Delta region, the Pearl River Delta region, and the western region. In the future, the entire eastern region will continue to be the leader in the development of China's intelligent industry, leading China's intelligent industry into a stage of rapid development.

At the same time, the report shows that the development of intelligence in western China is gaining momentum, with Sichuan focusing on the new generation of information technology industry and promoting breakthroughs in key technologies, ranking 6th in the intelligent industry index. Chongqing has accelerated the construction of modern information technology and industrial systems, and its intelligent industry development capabilities have continued to increase, ranking 8th in the intelligent industry index. In addition, Shaanxi and Guizhou provinces have good momentum for intelligent development. With the gradual implementation of intelligence-related policies at all levels in the western region, the western region is expected to become the second growth pole of China's intelligent development on par with the eastern region.

Lu Shan, president of the China Electronic Information Industry Development Research Institute, said that the basic development level of China's intelligent industry has certain "unbalanced" characteristics, and regional gaps are obvious. The developed provinces and cities in the east have a good manufacturing industry foundation and the rapid development of intelligent industries. The intelligent industry foundation is far better than other regions. The central region generally has strong comprehensive development capabilities in manufacturing, while the western region is focusing on exploring the development of intelligent industries.

What is particularly noteworthy is that in 2017, judging from the four three-level indicators of scientific and technological human investment, scientific and technological financial investment, scientific research output, and scientific and technological industrialization in various provinces and cities in China, most of the leading provinces and cities, including Beijing, Shanghai, and Guangdong, have In provinces and municipalities, the development of various sub-indicators is uneven and there are certain shortcomings.

Regarding the industry's concern about whether machine substitution will lead to unemployment among industrial workers, Lu Shan said that through surveys, it was found that machine substitution not only did not lead to the unemployment of a large number of workers, but instead caused a structural employment shortage. For example, there is a huge demand for workers to maintain machines, and there is also a shortage of workers to program machines. This creates a huge demand for industrial technical capabilities and talent transformation and upgrading.

The report predicts that as China's traditional industries continue to transform and upgrade, the demand for new generation information and communication technology service applications will be accelerated. All regions will accelerate the layout of the industrial Internet, accelerate the construction of smart workshops and smart factories, and promote the comprehensive and in-depth development of China's smart manufacturing.

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