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Research on the mechanism of computing power resources to promote the development of digital economy-based on the perspective of new quality productivity

Jian Zhang

Jian Zhang

Budget Work Committee of the Standing Committee of the People’s Congress of Binhai New AreaTianjin, China
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Zhang, Jian
 and 
Ranjie Duan

Ranjie Duan

Beijing Hanhai Longyan Advertising Co., LTDChina
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Duan, Ranjie
  
Feb 27, 2025
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Published Online: Feb 27, 2025
Received: Oct 19, 2024
Accepted: Jan 31, 2025
DOI: https://doi.org/10.2478/amns-2025-0083
Keywords
© 2025 Jian Zhang et al., published by Sciendo
This work is licensed under the Creative Commons Attribution 4.0 International License.

Figure 1.

The overall framework of computing power development
The overall framework of computing power development

Figure 2.

Evolution of computing power core resources
Evolution of computing power core resources

Figure 3.

Schematic diagram of the evolution of computing power into new quality productive forces
Schematic diagram of the evolution of computing power into new quality productive forces

Figure 4.

Digital industry classification and interrelationship
Digital industry classification and interrelationship

Figure 5.

Schematic diagram of digital industrialization, computing power resources and industrial digital relationship
Schematic diagram of digital industrialization, computing power resources and industrial digital relationship

Figure 6.

Results diagram of linear regression of computing power
Results diagram of linear regression of computing power

Figure 7.

Schematic diagram of the computing force C-D function
Schematic diagram of the computing force C-D function

Figure 8.

Results of linear regression calculation for digital industrialization
Results of linear regression calculation for digital industrialization

Figure 9.

Results diagram of linear regression calculation of industrial digital log equation
Results diagram of linear regression calculation of industrial digital log equation

Figure 10.

A 3D rendering of the C-D function of digital industrialization and industrial digitalization
A 3D rendering of the C-D function of digital industrialization and industrial digitalization

Association coefficient table

Reference sequence Comparison of sequences Grey correlation degree
Q A0e^λt 0.65
Q K 0.653
Q L 0.647
Y1 K 0.936
Y1 Q 0.652
Y2 K 0.967
Y2 Q 0.647

Parameter list1

metric Q and the computing power scale is Eflops A0e λ t (Digital Economy Development Index) K investment in computer, communications and other electronic equipment manufacturing (100 million yuan) L Information transmission, software and IT services employees (ten thousand)

Parameter list2

metric Industrial digital total output value (Y1) Investment in computer, communications and other electronic equipment manufacturing (K) Calculating force (Q) pflops
metric Total output value of digital industrialization (Y2) Investment in computer, communications and other electronic equipment manufacturing (K) Calculating force (Q) pflops

Table of Computing Power Resource Impact Factors (2018-2022)

Time Index 2018 2019 2020 2021 2022
Q (computing power scale) EflopS 54.3 83.2 135 202 302.4
A0e λ t (Digital Economy Development Index) 101.1 109.3 112.9 128.3 145.8
K investment in computer, communications and other electronic equipment manufacturing (100 million yuan) 7266.48 7891.39 9367.08 8233.67 10028.6
L Information transmission, software and information technology services employees (ten thousand) 424.3 455.3 487.21 519.2 529.2
Total output value of Y1 digital industrialization (one trillion yuan) 6.41 7.09 7.49 8.35 9.2
Total digital output value of Y2 industry (one trillion yuan) 24.88 28.75 31.71 37.18 41
Language:
English
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Life Sciences, Life Sciences, other, Mathematics, Applied Mathematics, General Mathematics, Physics, Physics, other
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