Interior hardcover material and processing technology based on art beauty principle
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In recent years, interior decoration has gained popularity in China, making the optimization of the process for interiorhardcover materials and processing technology based on the principles of artistic beauty a significant task. This paperintroduces a process design method using the linear discriminant analysis algorithm and explores the application of artisticbeauty principles in the processing technology of indoor hardbound materials. The research begins with a summary of thecurrent research status, followed by an investigation of various aspects of processing technology. It identifies five factorsinfluencing the efficiency of processing indoor hardbound materials and optimizes the traditional process method accordingly. The proposed scientific machining model for hard mounting materials is then presented. Finally, a design experiment isconducted to verify the feasibility of the machining model. The research findings indicate that the processing optimizationmodel based on the linear discriminant analysis algorithm effectively enhances the processing quality and efficiency of indoorhard decoration materials.
Abstract
In recent years, interior decoration has gained popularity in China, making the optimization of the process for interiorhardcover materials and processing technology based on the principles of artistic beauty a significant task. This paperintroduces a process design method using the linear discriminant analysis algorithm and explores the application of artisticbeauty principles in the processing technology of indoor hardbound materials. The research begins with a summary of thecurrent research status, followed by an investigation of various aspects of processing technology. It identifies five factorsinfluencing the efficiency of processing indoor hardbound materials and optimizes the traditional process method accordingly. The proposed scientific machining model for hard mounting materials is then presented. Finally, a design experiment isconducted to verify the feasibility of the machining model. The research findings indicate that the processing optimizationmodel based on the linear discriminant analysis algorithm effectively enhances the processing quality and efficiency of indoorhard decoration materials.
참고문헌 (21)
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