结果：高糖组细胞粗糙，轮廓增强，细胞内有许多发亮的颗粒；
RESULTS: Cells, exposed to high concentration D-glucose, were crude with clear profiles and bright granules in the plasma.
本发明还可抑制隔行扫描系统中的轮廓扫描帧频闪烁，产生图象轮廓增强效果。
Said invention also can inhibit frame-frequency flash during contour scanning in the interlaced scanning system, and can produce image contour intensified effect.
此外，通过引入附加的轮廓增强机制，在较大的屏幕投影误差和较高的模型简化率情况下，系统仍然能够保证较好的绘制视觉质量。
Moreover, an additional silhouette enhancement mechanism is introduced to ensure a well rendering vision quality in spite of a larger screen projection error and higher model reduction rates.
最后采用了PROM器件作为空间调制器，在实时相干光系统中进行边缘增强效应处理，获得了轮廓清晰的物体图。
Finally, with PROM device as spatial modulator and edge enhanced processing in a real time coherent optical system, a clear image of object can be produced.
在细胞轮廓提取方面，提出了一种基于特征编码和回溯机制的轮廓跟踪算法，能够正确跟踪具有短枝干扰的细胞边界，增强了细胞提取的可靠性。
As for contour tracking, a contour tracking method based on characteristic code and retrospecting mechanism is present, which can track cell edge with short branch, so as to enhance its robustness.
改进隐式测地活动轮廓模型(GAC)中的边缘检测函数，增强了处理弱边缘的能力。
The edge detection function of the implicit geodesic active contour model (GAC) was improved, and the weak edge detection was enhanced.
首先，对人体骨微观结构灰度图进行边缘检测、边缘增强以及轮廓提取等操作，得到了一系列的典型人体骨边缘轮廓图。
Firstly, the contour of the human bone image and a serial of edge contours in it are obtained after it is converted into certain format, adjusted and edged.
为增强其效果，现通过图像融合，将轮廓线构建的三维表面图像融入到DRR中。
To improve BEV′s effect, the surface built by contours was melted into digitally reconstructed radiographs (DRR) by applying image fusion.
为增强其效果，现通过图像融合，将轮廓线构建的三维表面图像融入到DRR中。
To improve BEV′s effect, the surface built by contours was melted into digitally reconstructed radiographs (DRR) by applying image fusion.
应用推荐