The traction role of leading manufacturing enterprises has not been played, and the development of industrial software enterprises lacks industrial soil

GF0-57CQD-002 Throughout the history of foreign industrial software development, traditional industrial giants play a vital role in the process of industrial software development, not only the well-known industrial software giants behind the support of traditional industrial giants, and the traditional industrial giants themselves also through the establishment or acquisition of industrial software companies to further strengthen the deep integration of industrial software and manufacturing. For example, Siemens not only established its own industrial software company, but also acquired dozens of well-known industrial software companies such as UGS, Camstar, Mentor Graphics, innotec, and Vistagy since the 21st century to accelerate the expansion of its industrial software support capabilities. In addition, accelerating the promotion of technology process software packaging has become the common choice of foreign industrial giants. For example, aerospace manufacturer Lockheed Martin has surpassed Microsoft to become the world’s largest software company GF0-57CQD-002 based on lines of software code alone. Compared with foreign industrial giants, domestic manufacturing leading enterprises lack the awareness of layout research and development industrial software, and the simulation design industrial software used by leading manufacturing enterprises in most fields comes from Ansys, Siemens, Dassault Systemes, PTC and other companies.

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Basic research resources have not been effectively integrated, and it is difficult to build an efficient linkage mechanism for industry-university-research

Industrial software is inseparable from the basic research of process technology and simulation algorithm model, which can be completed by manufacturing enterprises and pure software enterprises alone. At present, there is an extremely serious disconnection between the development of China’s technology industry and basic research, resulting in a great waste of research resources. For example, the industry has GF0-57CQD-002 urgent needs for basic research such as some technical processes and algorithm models, but individual researchers in scientific research institutions such as universities and colleges have a good research accumulation, but because of the asymmetry of production and research information, they can not find the way to industrialization and are shelved; There have been great breakthroughs in basic research on some technical processes and algorithm models at the enterprise side, but there are still a large number of researchers in research institutions such as universities and colleges who are repeating research, and even there is a large intergenerational difference between the research results and the technologies already applied by enterprises. In addition, “university professors are willing to participate in enterprise practice, enterprise R & D personnel can return to the university platform”, foreign research institutions and enterprises between the free flow of talent mechanism, so that foreign industrial research and basic research can be deeply coordinated. In particular, the development of industrial software can not be completed by simple technical research, but requires the accumulation of experience in three aspects: basic research, engineering practice and application experience.