图象

As a computers graphic and image input equipment, scanner has been applied to the fields such as graphic and image processing, publishing and printing, office automation, etc.

作为一种计算机图形和图象的输入设备，扫描仪已广泛应用于各类图形和图象处理、出版印刷、办公自动化等诸多领域。

Then it is an necessary job to acquire the space image datum and transmit them to the ground.

本论文就是以获取空间图象的特定要求为依据设计了一个空间图象压缩编码系统。

After deep analysis of system structure and circuit design, we redesigned all of circuits of the thermal imager.

通过对Ⅰ类热像仪的系统结构及设计原理进行深入分析，将所有电路都重新进行了设计，利用FPGA的高速并行处理能力以及MCU的事务密集型的控制能力有效的改善了图象质量，消除了以往的图象缺陷，并且采取人机对话方式使调试、控制手段智能化，缩短了调试时间。

In chapter five, the application of the gray/depth image in computer image generation is discussed. A new method based on real time insert in three dimensional space is introduced. It is different with normal graphics and image method. Its property is animation scene and invariable generation time. Two simplified mode and a general mode of space insert is analysis. With all kinds of relativity, the fast increase algorithms are presented. Computer simulation is executed and condition of real time is estimated.

在第五章中，讨论了灰度/深度图象在计算机图象生成的应用，提出了用实时三维空间内进行CIG的新方法，它不同于常规的图形方式和图形方法，它具有生成画面逼真度高、运算量固定，仿真内容可变的特点，具体分析了三维空间内插的一般形式和两类常见退化形式，充分利用内在和相关的加速技术，给出了快速增量算法并作了模拟实现，估计了实时条件要求的计算量。

In order to reduce the computation of fractal-based interpolation, an interpolation method based on fractal templates is introduced.

其次，为减少基于FBM模型的图象插值的计算量提出了一种基于模板的图象插值方法。

The whole process of the experiment was visualized and recorded in the tape through an intravital fluorescent microscopic system. The dynamic process of thrombus formation was digitized using a multimedia computer system. With a specially developed image processing software, initiation time of thrombus formation, totally occluded time, and the time course changes of normalized thrombus length, thrombus height, cross area, thrombus surface area and thrombus volume were measured quantitatively. Besides, the growth rate of platelet thrombus in this thrombosis model was discussed.

利用视频多媒体系统和自行开发的计算机图象处理系统，对血栓生长的动态过程进行图象的采样、处理和分析，定量测量了血栓开始形成时间、血栓完全栓塞时间，以及归一化后的血栓长度、血栓高度、血管狭窄截面面积、血栓表面积和血栓体积等指标的时变曲线，并对光化学法致栓模型中血小板血栓的生长速度进行了讨论。

The whole process of the experiment was visualized and recorded in the tape through an intravital fluorescent microscopic system. The dynamic process of thrombus formation was digitized using a multimedia computer system. With a specially developed image processing software, initiation time of thrombus formation, totally occluded time, and the time course changes of normalized thrombus length, thrombus height, cross area, thrombus surface area and thrombus volume were measured quantitatively.

利用视频多媒体系统和自行开发的计算机图象处理系统，对血栓生长的动态过程进行图象的采样、处理和分析，定量测量了血栓开始形成时间、血栓完全栓塞时间，以及归一化后的血栓长度、血栓高度、血管狭窄截面面积、血栓表面积和血栓体积等指标的时变曲线，并对光化学法致栓模型中血小板血栓的生长速度进行了讨论。

According to the traditional methods, the operation of scaling down the JPEG images must be divided into three steps: The first step is that inverse DCT the JPEG image into original image.

按照传统的方法，需要把JPEG图象反向DCT变换，执行缩小操作，然后再把缩小的结果执行DCT变换，成为缩小后的JPEG图象。

In chapter 7, the image compression is studied based on Iterated Function System . The method based on IFS for edge detection is proposed, which extends the application range of IFS.

第七章研究了IFS理论在图象压缩编码中的应用，提出了将IFS理论应用于图象特征提取的思想，扩展了IFS理论的应用范围。

The relationship between the prediction model and its parameter is also studied in this chapter. In chapter4, we proposed a speech coding method based on iterated function system.

实验表明将该数学模型应用到分形图象编码中，可以在不降低压缩比和图象质量的情况下，显著提高编码速度。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。