之后，把IS o映像装载到新的虚拟光学设备就很容易了。
From there, loading the ISO image onto the new virtual optical device is easy.
本文在虚拟光学数据加密理论模型的基础上，研究一种并行电子系统实现方法。
In this article, we investigate an implementation scheme of virtual-optics based data encryption system.
系统的实现为虚拟光学加密方法在现实信息加密中的应用开辟了一条有效的途径。
This approach paves the way for the realization of virtual-optics based methodology by combining major advantages of optical encryption and electronic encryption.
在虚拟光学数据加密理论模型的基础上，提出了一种光学图像加密的可视化密码构造算法。
A new technique of optical image encryption and decryption based on the methodology of virtual optics is proposed.
基于密码学的公钥技术提出了一种混合密钥加密系统，并加入认证技术，从而构建了一个网络环境下的虚拟光学信息安全系统模型。
A model of hybrid cryptosystem was proposed with the aid of public key techniques. Through this model, the solution of aforementioned issues may be found.
如果喜欢使用命令行，我发现使用mkvdev -vadapter vhostN -fbo（面向备份文件的虚拟光学设备）为每个LPAR创建虚拟光学设备很有帮助。
If you prefer the command line, I find it helpful to create a virtual optical device for each LPAR, using mkvdev -vadapter vhostN -fbo (for file-backed virtual optic device).
就“光学跟踪信号源”、“虚拟装备”、“全面评估”等问题作一讨论。
This paper describes the applications such as signal source for optical tracking, virtual equipment, over all assessment etc.
本文介绍了在风洞光学测压试验中应用虚拟仪器技术对模型表面温度和模型表面光照强度的测量方法。
The paper describes the measurement method for model surface temperature and model surface illumination strength in wind tunnel optical pressure measurement test by the virtual instruments.
提出了一种用于修正光学神经网络硬件系统误差的虚拟神经网络模型。
The optical experimental results show that the virtual network can efficiently correct the errors of hardware system.
介绍了一种采用斜光学三角形测量结构和基于虚拟精密测量基准的太阳帆板平面度无接触测量系统及误差补偿方法。
A solar panel substrate planeness non contact system, which employ declinate optical triangulation method, and bases on virtual precise benchmark, is presented.
高度的准确性加上以后低的光学结肠镜检查的需要显示了虚拟结肠镜是结直肠癌具有吸引力的检查工具。
The high rate of accuracy coupled with the low necessity for subsequent optical colonoscopy show virtual colonoscopy to be an attractive screening tool for colorectal cancer.
针对实验室的光学透视式增强现实系统的组成特点，选定了虚拟摄像机(头盔显示器与人眼的结合)的标定算法。
Based on our system, this paper selects the calibration algorithm of the virtual camera which models the combination of HMD and user's eye.
为了在较宽波长范围内准确快速测量激光波长，在虚拟仪器环境下，通过测量光学劈尖上的干涉条纹间距的方法实现了激光波长测量。
A laser wavelength measurement system in the LabVIEW environment by measuring the distance of the interference fringes on the optical wedge is introduced in this paper.
此外，光学系统中像的辐射量度定理用来建立虚拟探测器平面与CCD相机平面之间的能量映射关系。
In addition, the radiance theorem is also adopted to establish the energy relationship between the virtual detector and the CCD camera.
介绍了用计算机和矩阵光学方法，虚拟可视的光线光学和偏振态变换光学系统。
The optical systems of ray optics and light polarization state transfer are simulated by personal computer with matrix optical method.
根据目镜光学系统原理，采用ZEMAX软件来确定3D虚拟头盔光学显示系统的结构设计方法研究和性能优化。
The method to design 3D virtual helmet display optical system is presented based on the software of ZEMAX and the properties of eyepiece. A design example is given.
它利用医学影像作为原始数据，融合图像处理、计算机图形学、科学计算可视化、虚拟现实技术，模拟传统光学内窥镜的一种技术。
It simulates optics endoscopy with medical images. Virtual endoscopy incorporates Computer Graphics, image Processing, Scientific Computing Visualization, and Virtual Reality, etc.
它利用医学影像作为原始数据，融合图像处理、计算机图形学、科学计算可视化、虚拟现实技术，模拟传统光学内窥镜的一种技术。
It simulates optics endoscopy by use of medical images. Virtual endoscopy incorporates the research about Computer Graphics, image Processing, Scientific Computing Visualization, Virtual Reality, etc.
从整体上介绍了光学法凝血仪的硬件结构和基于虚拟仪器的软件设计，其中详细介绍了软件设计流程，包括数据采集流程和检测流程。
The scheme of hardware and the design of software based on LabVIEW are central matters. The software design cycle is introduced in detail, which consists of data collection cycle and detection cycle.
提出了一种用于修正光学神经网络硬件系统误差的虚拟神经网络模型。
A virtual neural network model for correcting the errors of hardware system is proposed.
提出了一种用于修正光学神经网络硬件系统误差的虚拟神经网络模型。
A virtual neural network model for correcting the errors of hardware system is proposed.
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