| 1. | The spect cisternography was registered with previous performed mri to obtain fused images
我们将单光子电脑断层脑池造影影像与患者以前磁振造影的影像融合。 |
| 2. | The spect cisternography was registered with previous performed mri to obtain fused images
我们将单光子计算机断层脑池造影图象与患者以前磁振造影的图象融合。 |
| 3. | The spect cisternography - mri fused imaging provided precise anatomic localization of csf leak
而单光子电脑断层脑池造影与磁振造影的融合影像则提供更精确的解剖定位。 |
| 4. | The spect cisternography - mri fused imaging provided precise anatomic localization of csf leak
而单光子计算机断层脑池造影与磁振造影的融合图象则提供更精确的解剖定位。 |
| 5. | And the fused image can be obtained by using the inverse wavelet transform for combined wavelet coefficients and approximation coefficients
然后以融合后的小波系数与逼近系数进行小波反变换得到融合图像。 |
| 6. | The results of current algorithms for multi - spectral image fusion often lose spectral information of original spectral images and the fused images are not
本算法对不同类型的场景得到的融合结果优于用单种方法进行融合，有利于对目标的探测和识别 |
| 7. | As a result of this processing , the fused image is more useful for human and machine perception or further image processing tasks such as object recognition and feature extraction
融合图像更符合人和机器的视觉特性，更有利于诸如目标识别、特性提取等进一步的图像处理。 |
| 8. | With the use of multisensor ( multiple images ) , the fused image contains a more complete and accurate description of the scene than any of the individual source images
由于利用了来自多传感器的多源图像，所以，融合后图像对场景的描述比任何单一源图像都更全面、更精确。 |
| 9. | Finally , perform inverse ihs transform to the wavelet reconstructed new intensity component and the hue and saturation components from the original ms image to get the fused image
最后,对小波重构得到的新亮度成分和原始多谱图像的色度和饱和度成分进行ihs反变换,从而得到最终的融合结果图像。 |
| 10. | The purpose of this case report is to demonstrate the utility of spect cisternography - mri fused imaging in the diagnosis of postoperative cerebrospinal fluid ( csf ) leakage
摘要脑脊髓液渗漏的诊断与渗漏点的定位在手术修补前是必须的，但是图象学检查却不易发现渗漏点，因此常常成为临床医师与图象医学专家的一个挑战。 |
