提出了一种从数字航空立体像对半自动提取多直角平顶房屋的方法。
This paper proposes a method for semi automatic extraction of houses with multi right angles and flat roof.
提出一种顾及精度、操作性的从高精度卫星影像中半自动提取道路的方法。
The paper introduces a method of semiautomatic extraction of road from high-resolution satellite images that have good accuracy and interactive performance.
较详细地介绍了一种图像轮廓的半自动提取算法：活动轮廓模型的原理与实现。
A semiautomatic method for medical image segmentation based on active shape model was introduced.
结合模糊连接度理论和SPOT影像上道路的表现特性提出了主干道路半自动提取的方法。
The new method of road semi-automatic extraction was proposed, which was based on multiseeded-fuzzy connectedness combined with road feature in SPOT image.
提出了一种顾及操作性、稳定性、精度和速度的从航空影象半自动提取线状地物的策略和算法。
The paper introduces a method of semiautomatic extraction of linear objects from aerial images that has good interactive performance, robustness, accuracy and real time response.
本文以凉亭为扫描对象，对扫描得到的数据进行模型重建，并利用半自动提取出的特征线与轮廓线，完成该建筑各图件的绘制。
This dissertation selected a pavilion, reconstructed its model with scanning data, and completed to draw the maps using the feature lines and contour obtained with semiautomatic extraction.
提出了一种新的从航空影像上提取道路中心线的半自动方法。
A new approach for road centerline semi-automatic extraction from aerial images is proposed.
最后提出了一种半自动的目标分割方法，实验仿真结果表明论文提出的算法可以有效地分割出运动目标并提取其特征。
Finally, we proposed a semi-automatic target dividing method. The simulation results showed that we could get moving target by dividing and extracting features using the proposed algorithms.
论文在分析现有的各种提取方法的基础上，结合城市道路在高分辨率遥感影像上的特点，提出一种半自动的道路提取法。
In this paper, according the characteristics of urban road in high-resolution remote images, a new semiautomatic extraction road approach is proposed based on the analysis of various existent ones.
摘要：目的建立高通量、半自动化核酸提取与纯化体系，满足病原体网络化监测的应用。
Abstract: Objective to establish a high throughput half-automated nucleotide extraction and purification system to be used in pathogen surveillance network.
本文对该算法进行了优化处理，实现了栅格矢量化半自动跟踪和面状地物中心线提取。
This paper not only improved this algorithm but also implemented semi-automatic tracking grid-vectorization and central line pick-up using this algorithm.
本文对该算法进行了优化处理，实现了栅格矢量化半自动跟踪和面状地物中心线提取。
This paper not only improved this algorithm but also implemented semi-automatic tracking grid-vectorization and central line pick-up using this algorithm.
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