The standard approach to polygon scan conversion is based on image space.
但标准的扫描线填充算法是基于图象空间的。
The polygon scan conversion problem is a basic problem in Computer Graphics.
在此基础上，设计并实现了一个简单高效的直线扫描转换算法。
This paper analyzes the minimal build mechanism in line scan conversion and presents a new scan algorithm.
深入研究了直线扫描转换的最小生成机制，提出一种扫描转化算法。
Edge filling algorithm is one of scan conversion algorithm. The thought of Edge filling is distinct and its structure is simple.
边缘填充是一类多边形扫描转换算法，算法思路清晰，结构简单。
Finally, the authors put forward the concrete project of digital scan conversion and designed the experimental system of this project.
最后，作者提出了数字式扫描转换技术的具体运用方案，设计了该方案的实验系统。
This dissertation mainly studies the high-performance digital scan conversion system applied in the digital ultrasound diagnostic equipment.
论文主要研究应用于全数字超声诊断设备中的高性能数字扫描变换系统。
The ultrasound diagnostic equipment using the technologies of digital scan conversion and digital beam forming is defined as the digital ultrasound diagnostic equipment.
采用数字扫描变换技术和数字声束形成技术的超声诊断设备被称为全数字超声诊断设备。
A practical scan conversion system based on CPLD is proposed, in which CPLD is used to control SRC system flexibly and it realizes stroke to taster scan display system conversion.
利用复杂可编程逻辑器件对整个系统进行灵活控制，实现了从随机扫描显示系统到光栅扫描显示系统的转换。
Recently an key technique in the fields of digital video processing and conversion of video scan formats, the de-interlacing algorithm has been put into researching widely and deeply.
去隔行算法是电视扫描格式转换和数字视频处理的一项关键技术，近年来得到了广泛而深入的研究。
The issue of polar coordinate-orthogonal coordinate conversion, which is a key factor of the system, may be encountered inevitably as simulating traditional PPI radar indicator on raster scan display.
在光栅扫描显示器上模拟传统PPI雷达显示器，不可避免地会遇到直角坐标与极坐标转换的问题，而雷达回波信号从极坐标到直角坐标的变换是决定系统性能的关键。
Therefore the conversion of interlaced scan to progressing scan, which is deinterlacing, is an important part of current television production, such as digital video post-processing.
因此模拟电视的隔行扫描到逐行扫描的转换即去隔行是当前视频后处理等电视产品的重要组成部分。
In order to realize the multi control function for the system, the scan row conversion method is adapted. Moreover, the concerned key techniques of the system are also analyzed in the paper.
为了实现多制式功能，提出了扫描行变换的方法，并对其关键性的技术进行了研究。
Conversion and digital scan data displayed in the main loop implementation.
数据换算和数码管扫描显示在主循环中实现。
Based on the standard graphics rendering pipeline, studies have been made in the areas of graphics rendering efficiency and realism: 1 a fast algorithm of line scan-conversion is presented.
本文针对图形标准渲染管道的图形渲染效率和图形真实感，在直线扫描转换、三维线性变换的统一推导和透视校正方面进行了以下研究：1提出了直线扫描转换的一种快速算法。
Based on the standard graphics rendering pipeline, studies have been made in the areas of graphics rendering efficiency and realism: 1 a fast algorithm of line scan-conversion is presented.
本文针对图形标准渲染管道的图形渲染效率和图形真实感，在直线扫描转换、三维线性变换的统一推导和透视校正方面进行了以下研究：1提出了直线扫描转换的一种快速算法。
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