它将目标指令映射到微操作以进行动态翻译。
It maps the target instructions to micro operations for dynamic translation.
这些微操作是一些编译成对象的C代码。
These micro operations are bits of C code that are compiled into objects.
机器人微操作手设计采用压电伸缩陶瓷微位移器。
Piezoceramics telescopic micro-actuator was used in design of micro-gripper of robot.
本文介绍了实现微操作机器人视觉伺服控制的方法。
This paper investigates the method for implementing visual servo control of robotic micromanipulator.
QEMU实现动态翻译的方法是，首先将目标指令转换为微操作。
QEMU achieves dynamic translation by first converting target instructions into micro operations.
设计并实现了交互操纵单元，对微操作过程进行操纵。
The unit of interactive manipulation, which is used to control micromanipulations, is designed and accomplished.
电视显微立体成像系统是微操作系统的立体视觉传感器。
TV micro stereoscopic imaging system is used as the stereoscopic visual sensor of a micromanipulation system.
显微立体成像微操作系统上测试了二维微执行器的位移性能。
The displacement of the micro actuator is measured by using the stereo vision micromanipulation systems.
相关的分析结果可应用于3 -PRS微操作器的运动学设计。
These results can be used in kinematic design of the 3-PRS Micro Manipulator.
目的介绍经颅切除大型、巨大型垂体腺瘤的显微操作技术与经验。
Objective To introduce the transcranial microsurgical operative technique and our experience of large and giant pituitary adenoma.
微操作机器人的静力分析对其结构设计和驱动器的选择有重要意义。
It is significant for the architecture design and the selection of the actuators to research statics of a micro-motion manipulator.
实验表明本微操作器能高精度地完成微器件的拾取、移动和释放操作。
The manipulation experiments indicate that the micromanipulator could pick, transfer and release micro parts with a satisfactory positioning accuracy.
该评价函数和区域选择聚焦技术可以用于高精度的自动微操作作业中。
The results also show that this focus measure and selective autofocusing techniques can be widely applied to automated micromanipulation;
本文实现了一个具有显微图像效果的2D增强现实的微操作拟实环境。
A 2d augmented reality environment with the characteristics of microscope image is implemented for a microoperation robot system in this paper.
微操作系统进行三维精细操作，要求视觉传感器输出立体感较强的图像。
Micromanipulaton system does 3 D fine manipulation. Therefore the visual sensor must provide stereoscopic image.
该系统可使操作者在遥微操作中具有夹持力觉临场感，避免破坏易碎的操作对象。
The system makes operators obtain the telepresence of grasping force and avoid damnifying the crisp objects in tele-micromanipulation.
进一步，将上述方法应用于微操作机器人系统，成功完成了离焦状态双针互插实验。
Furthermore, the methods above are applied to the micromanipulator system, and an experiment to insert a needle into another in defocus status is fulfilled.
首先针对微操作的特点，提出了面向生物工程的微操作机器人机构选用与设计准则。
Firstly aiming at the characteristic of micromanipulation, the guidelines for selecting and designing micromanipulation mechanisms for bioengineering are proposed.
根据形状差异和广义图像误差对微操作定位精度的影响，给出了形状差异的矫正算法。
A correction algorithm for shape difference is given according to the influence of shape difference and generalized image error on positioning accuracy of micromanipulation.
然而，为此必须开发新的设计方法，来减轻与微操作相联系的低增益和高噪声的影响。
However, design methods must be developed to mitigate the effects of low gain and high noise associated with micropower operation.
为了提高微操作系统的装配精度，提出了一种新型的亚像素边缘检测和中心定位算法。
In order to improve the resolution and accuracy of micro-assembly systems, a novel sub-pixel edge detection and center localization algorithm for micro-parts is presented.
本文针对微操作系统的作业标定问题，提出了一种基于游标卡尺和数字图像处理技术的方法。
A method based on vernier caliper and digital image processing is introduced aiming at the calibration of micromanipulation system.
单花粉蛋白等电聚焦结合显微操作技术对于遗传育种和发育生物学研究具有重要的应用前景。
The technique of IEF of single pollen grains and micro operation provides a new and quick screening test applied to plant genetic breeding and devel…
单花粉蛋白等电聚焦结合显微操作技术对于遗传育种和发育生物学研究具有重要的应用前景。
The technique of IEF of single pollen grains and micro-operation provides a new and quick screening test applied to plant genetic breeding and developmental research.
根据时分立体成像原理，提出了双缓冲快速刷新图像的方法，研制出微操作系统的显微立体成像单元；
According to time-sequential imaging techniques, a way of double buffer image refreshing is put forward, the micro stereoscopic imaging system is developed.
分析如何提取公共微操作序列 ，提出设计寻址入口与功能入口的方法来减少微程序 ROM的深度 ；
One new method is the reduction of the depth of microcode ROM; section 2 explains how this reduction is achieved through proper design of addressing entry and function entry;
微操作目标在三维空间的位置应该被实时的跟踪，本文提出了一种基于单目视觉的新颖的三维跟踪技术。
In this paper, a novel imaging technique is proposed. This technique tracks 3d coordinates of micro-object for micromanipulation and microassembly using a single optical microscope.
它还通过存储原始x86系统的“微操作”来维护指令缓存(其后可在没有解码开销的情况下提取)，进而改进性能。
It also maintains an instruction cache for improved performance by storing the "micro operations" of the original x86 system (which can be fetched later without the overhead of decoding).
在批量微操作中，显微视野的狭小、目标的非结构化分布和操作时间的限制是自动化操作必须解决的问题。
This paper puts forward a solution to batch micro operations based on primitive control and operating field map.
另外，论文中介绍的机构在微操作系统中的应用，更加证明了少自由度并联机器人将会在各个领域应用更加广泛。
Otherwise, the application of the parallel mechanism in micro operation system mentioned in the article proved the future application will be more and more widely.
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