现有的IBMR方法不能有效地实时重建光照条件变化的动态场景图像。
No effective IBMR method has been presented to reconstruct dynamic scene images under changing lighting conditions till now.
在实验中，该数据采集卡达到了预期的设计要求，实时重建出了镜体形状。
In the experiment, the data collection board meet the functional requirement, and can reconstruct the real-time shape of endoscope body.
在心动过速时应用CARTO系统标测相关心房，实时重建三维电解剖图，并用以指导射频放电消融靶点。
During tachycardia, three-dimensional electroanatomical map of the atrium of interest was created using CARTO system, and under its guidance radiofrequency(RF) pulses were delivered.
该算法重建图像所用的时间与LBP算法相当，而重建图像的质量与迭代算法相近，是一种精度较高的实时重建算法。
The image result is more accurate than that of LBP algorithm and similar to that of iterative algorithm. So this new method is a real-time and more accurate reconstruction algorithm.
“三维重建、大规模图像分割……”，他说，“人们现在甚至可以实时完成这些工作。”
“Three-D reconstruction, massive-scale image segmentation …” he says. “People can do these things in almost real time now.”
该硬件原型包含了从残差形成到宏块重建的变换量化全过程，其可以构成DSP的协处理器，用于完成H。 264实时编解码。
The hardware prototype is composed of the whole processes from obtaining residual error to Macro-Block reconstruction, and it can be used as a co-processor of DSP to fulfill H. 264 real-timing CODEC.
虚拟重建的过程主要包括数据获取、场景建模、漫游系统和实时渲染等。
The process of virtual reconstruction consists of data acquiring, modeling, rendering and real-time browsing system designing.
系统很好地完成了视频图像的实时压缩，且压缩比高、重建图像质量好。
So the system can finish real-time video compression well and compression rate is high and the reconstruction image is clear.
实验结果表明，该方法在一定的场合下可以满足重建要求，重建出的三维模型具有照片真实感，并且能够进行实时漫游。
The experimental results show that it does well in some occasions, and that the models are photo realistic and capable of real time walk through.
诗人试图以一种诗性的想象超越现实时间之网的缧绁，回到时间发生之前的原始混沌，重建理想的时间秩序，并借此释解生命的焦虑与困惑。
The poet attempted to transcend reality and reconstruct the order of time by returning to the primal chaos before time, underlying with which he alleviated the anxiety and perplexity of life.
实时运动结构重建是自主车辆、机器人导航、空间探测器自主降落、智能监控等领域中的重要研究课题。
Real-time structure and motion is the most important research direction, which can be applied in vehicle navigation, spacecraft landing, intelligent monitoring system.
针对时间相位重建算法存在的实时性差的缺点，提出了一种可以快速生成并获取二维编码条纹图的方法。
A method for generating and acquiring 2d encoded fringe patterns quickly was presented to overcome the shortcoming of bad real-time for temporal phase unwrapping algorithm.
针对时间相位重建算法存在的实时性差的缺点，提出了一种可以快速生成并获取二维编码条纹图的方法。
A method for generating and acquiring 2d encoded fringe patterns quickly was presented to overcome the shortcoming of bad real-time for temporal phase unwrapping algorithm.
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