摘要
为了更好地提升艺术设计系统对图源数据的高清分析计算效果,通过数字技术对艺术设计系统进行重新设计。通过采用高清COMS数字硬件与XC7K160T⁃2FFG676I图像处理IC及相关数字器件,完成对设计系统高清采集处理硬件的设计;并通过引入数字信号处理算法与B/S架构,完成对提出系统的软件部分的设计描述;通过对图像设计处理过程中不同清晰度分布下的像素点进行随机选取,获得不同清晰维度下的实验样本。将获得样本的输出像素密度与当下的艺术设计系统输出的像素点密度进行对比,可得到单位面积下有效像素的密度值。通过密度值大小证明数字背景下的艺术设计系统输出图像具有较高的清晰度。
The art design system is redesigned by means of the digital technology to improve the HD(high definition)analysis and calculation effect of the art design system on graph source data.The design of HD acquisition and processing hardware of the design system is completed by means of over HD COMS digital hardware,XC7K160T⁃2FFG676I image processing IC and related digital devices.The design description of the software part of the proposed system is completed by introducing the digital signal processing algorithm and B/S architecture.The pixels with different definition distribution in the process of image design and processing are selected random to obtain the experimental samples with different clarity dimensionality.The obtained output pixel density of the sample is compared with that of the current art design system,and the density value of the effective pixel per unit area can be obtained.It is proved by the density value that the output image of the art design system under the digital background has a higher definition.
作者
田静
TIAN Jing(Wuhan College of Arts and Sciences,Wuhan 430345,China)
出处
《现代电子技术》
北大核心
2020年第14期138-141,145,共5页
Modern Electronics Technique
基金
湖北省自然科学基金(2017CFB591)。
关键词
图像清晰度
智能处理
系统再设计
像素密度
有效像素
仿真分析
image definition
intelligent processing
system redesign
pixel density
effective pixels
simulation analysis
