Abstract
With the continuous application of the art industry in various fields, more and more people choose to systematically learn the knowledge of the art industry. In the art major, image painting is one of the important contents of the art major. How to improve students' aesthetic quality and comprehensive professional quality is studied, in which the content learning of image painting art is the key. Therefore, we have carried out technical exploration and result analysis based on Gaussian mutation genetic algorithm to optimize the application of neural network in image painting art teaching. We use Gaussian mutation genetic algorithm to study the neural network optimized teaching cloud platform technology. Compared with the traditional algorithm, the algorithm proposed in this paper has more funny computational efficiency, being able to comprehensively evaluate and improve students' aesthetic quality and comprehensive professional quality. Gaussian mutation genetic algorithm can effectively improve the knowledge search ability of the platform and the running speed of the teaching platform. In the future research in the field of art industry, neural network will optimize the teaching cloud platform technology, which has laid a solid foundation for improving students' aesthetic quality and comprehensive professional quality.
Highlights
In the face of diversified social development, most of the people’s needs for a better life have been met [1]
In order to optimize the application of neural network in image painting art teaching, this paper makes a technical exploration and result analysis based on Gaussian mutation genetic algorithm. is paper creatively uses Gaussian mutation genetic algorithm to study the neural network optimization teaching cloud platform technology. rough a large number of data analysis, the online platform teaching environment can be simulated
This paper proposes to use Gauss mutation genetic algorithm to optimize neural network to study its application in painting art teaching. e teaching cloud platform and Gauss mutation optimization mathematical model are introduced in detail
Summary
In the face of diversified social development, most of the people’s needs for a better life have been met [1]. In order to optimize the application of neural network in image painting art teaching, this paper makes a technical exploration and result analysis based on Gaussian mutation genetic algorithm. Is paper creatively uses Gaussian mutation genetic algorithm to study the neural network optimization teaching cloud platform technology. E second part is the research on the application technology of Gaussian mutation genetic algorithm optimization neural network in image painting art teaching. The application effect of painting art teaching cloud platform based on Gaussian mutation genetic algorithm and neural network technology is analyzed. The application effect of Gaussian mutation genetic algorithm in image painting art teaching is analyzed
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