不过，如果要加密发送给云提供商的数据，或者需要在发送之前进行扫描，那么客户端XML网关设备是完成这个任务的最佳工具。
However, if the data sent to the cloud provider is to be encrypted or scanned prior to sending, then a client-side XML gateway appliance is an ideal tool for this job.
客户端上的XML网关还能扫描云数据，看看是否泄露隐私信息或公司的敏感数据。
The XML gateway on the client can also scan cloud-bound data for leakage of private or company-sensitive data.
美国航天局的科学家曾希望这个撞击会抛起六英里高的月球尘埃和碎片云，通过对其扫描，可以找到结冰水的证据。
Nasa scientists had anticipated that the impact would throw up a six-mile-high cloud of lunar dust and rock which could be scanned for evidence of frozen water.
接着重点研究了激光测距的原理，激光扫描的现状、原理和设计和对点云的处理。
Then, we emphasize the principle of laser telemeter, the actuality, the principle, the design of laser scanning and the processing to cloud of points.
测量中，把扫描隧道显微镜的探针扫描线作为参考栅，把物质原子晶格栅结构作为试件栅，对这两组栅线干涉形成的云纹进行了纳米级变形测量。
In the measurement, the moire pattern is generated by the scanning line of scanning tunneling microscope and the atomic lattice of substance as a specimen grating.
对于建筑物立面的激光扫描数据来说，具有数据量大，点云复杂等特点，提取建筑物特征信息具有一定难度。
For the laser scanning data of a building fa? Ade, which is featured with huge amount of data and complex point cloud, it is difficult to extract building's feature information.
鉴于激光测量机获取的扫描线点云数据类型特点，提出了T值法数据简化方法，并与其它几种数据简化方法进行了比较；
On the base of the type of the point cloud, the author puts forward"T"method on the scan line data reduction, compares them with other methods of the data reduction.
物体经过扫描后，得到的大量原始点云数据一般密度很大，且其中随机分布着噪声数据。
After the objects are scanned the large number's original point cloud data of a great density will generate, and in which noise are randomly distributing.
后扫描数据处理的物体将重建来自3D立体点云的表面的模型。
The object of post-scanning data processing is to reconstruct surface models from 3D point clouds.
介绍了3维激光扫描仪研制过程中，把不同测站下的点云数据进行拼接的关键技术。
The key technique of jointing different measure station's data cloud is introduced in 3d laser scanner researching in the paper.
本研究主要利用长距离3d雷射扫瞄器针对建筑工程进行扫描，从纪录下来之点云资料进行非同步的工程管理作业。
This research USES long range 3d laser scanner to scan building construction, in order to record point cloud information in a non-synchronous manner.
针对扫描点云杂乱无序的特点，讨论了点云数据预处理的问题，提出了一种新的基于点云切片的数据预处理迭代算法。
Several problems about data pre-processing were analyzed and solved considering the original scattered point cloud, and a new iterative algorithm based on point cloud slicing was proposed.
一般情况下，需要从不同角度进行多次扫描才能获取目标对象的完整点云数据信息。
Normally, several observations will be needed to gain complete information while scanning an object using laser scanner.
通过建筑物三维激光扫描数据的采集，对基于ICP算法的点云数据配准过程进行了详细地分析。
Through point cloud data acquired from the building, the course of registration based ICP algorithm is provided.
另外，对自由曲面的数字化展示了该数字化策略强大的扫描线点云采集能力。
In addition, for the digitization of free surface object, the digitization strategy represents the powerful sampling capability of scanning line point cloud.
由于3维扫描点云通常存在噪音和缺失数据，提出了一种鲁棒的点云网格重建算法。
There is noise and defective data on the 3d scanning point cloud. A robust mesh reconstruction algorithm is proposed.
多站扫描点云的配准、拼接，如果在单站点云经过扇形网格法处理后进行，会更快速高效。
Multi-station scanning of point cloud registration and stitching would be more quickly and efficiently, if the site goes through the fan in a single grid after treatment.
星载激光雷达CALIOP实行对地例行的垂直切片式扫描，形成对地球大气中气溶胶和云高分辨的立体监测网。
Satellite Cloud-Aerosol Lidar (CALIOP) practices a routine vertically sliced scanning through the earth's atmosphere, forming a 3-D monitoring network with high resolution on cloud and aerosol.
应用线结构光激光三维扫描仪对特定站姿的人体进行扫描，获得完整三维人体点云。
Using a light-stripe 3D laser scanning system to scan the desired pose of body, human's three-dimensional coordinates are obtained without loss.
将三维扫描仪测量得到的点云转换成一个实际的3D（三维）多边形模型，以满足高级建模和可视化的需要。 为此提到了转换过程中出现的所有问题和解决方法。
We addressed the problems and solutions of converting a measured point cloud into a realistic 3D polygonal model that can satisfy high modelling and visualization demands.
通过对某车型车门用atos设备进行扫描，利用CAD软件对测得点云数据进行处理，建立起车门的数字模型。
Based on the data measured by ATOS, the geometrical model of automobile door is build by CAD software.
第二，研究激光在井下空气中的传播规律及扫描点云数据的误差影响因素。
Secondly, the laser propagation rule in the underground air and error influencing factors of scanning point clouds were studied systematically.
利用LS 5000型三维激光扫描仪扫描真实演员人脸，可以得到其三维人脸点云数据。
Using LS5000 3d laser scanner, we can acquire the point cloud data of the real actor's face.
由于物理上的一些限制，一次三维激光扫描不能获取扫描物体的全部数据，因此要对扫描点云进行拼接。
Due to physical limits, a three-dimensional laser scanning can't acquire all the data object, so to scanning point clouds for stitching.
三维激光扫描获得的点云数据，其数据量比较大。
Spatial 3d point cloud can be quickly captured on object surface by laser scanning, however its data volume is huge.
采用DR-CT系列三维扫描仪，可以迅速的对物体面形进行扫描，获取高密度、高质量的扫描点云。
With utilization of DR-CT series 3D scan digitizer, we can scan the surface of object rapidly, as well as acquire high density & quality point cloud.
针对三维扫描仪获取的带噪声和离群点的点云数据，提出了基于局部离群点概念的去噪算法。
Concerning the point clouds with noises and outliers acquired by a 3d scanner, a denoising method based on the concept of local outlier was proposed.
针对三维扫描仪获取的带噪声和离群点的点云数据，提出了基于局部离群点概念的去噪算法。
Concerning the point clouds with noises and outliers acquired by a 3d scanner, a denoising method based on the concept of local outlier was proposed.
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