摘要
原有的服饰图案生成系统生成的结果单一,无法满足人们的审美需求,为此提出基于基因表达式编程和分形理论的服饰图案生成系统设计。在原有硬件结构的基础上,增加PIO按钮,合理选择控制总线,保证信号的传输速度稳定,根据数据选择器裁决信号,完成外设驱动;应用基因表达式编程,完成数次迭代,增加人机交互环节,计算适应值,确定影响因素,生成分形图案,完成系统设计。利用对比实验,验证所设计系统的有效性,实验结果表明,原有系统的生成结果较为单一,而所设计系统能够根据同一图形变换得出不同的形态。由此可见,所设计系统优于原有系统。
In allusion to the single generated results of the original dress pattern generation system,which cannot meet people′s aesthetic needs,a design of dress pattern generation system based on gene expression programming and fractal theory is proposed,on which the original hardware structure is retained.The PIO button is added,the control bus is selected reasonably to ensure the stable transmission speed of the signal.The verdict of signal is performed according to data selector to complete the peripheral drive.The gene expression programming is used to complete several iterations,and the human⁃computer interaction links is added to calculate the adaptive value,determine the influencing factors and generate fractal pattern,so as to complete the system design.The effectiveness of the designed system is verified by comparative experiments.The experimental results show that the generated results of the original system is relatively single,while the designed system can obtain different forms according to the same graph transformation.It can be seen that the designed system is superior to the original system.
作者
伍玉彬
WU Yubin(Guilin University of Aerospace Technology,Guilin 541004,China;Dong-A University,Busan 49236,South Korea)
出处
《现代电子技术》
北大核心
2020年第18期125-127,131,共4页
Modern Electronics Technique
基金
广西自然科学基金项目(2018JJA160218)。
关键词
服饰图案生成系统
系统设计
基因表达式编程
分形理论
系统测试
结果分析
dress pattern generation system
system design
gene expression programming
fractal theory
system testing
result analysis
