影像

基本解释 (translations)

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与影像相关的网络例句 [注：此内容来源于网络，仅供参考]

After analyzing the basic information of the ecological engineering construction, the spatial and temporal scale, and monitoring index, the 1m IKONOS image and 2.5m SPOT5 image were introdueced as data sources, the methodology of RPC modeling and GCP optimitiaztion as modification to the interpretation, the AHP used in determining combination of multi-light specrum and the whole band wave, the virtue reality technique monitoring the classification and recognation, variable cluster allocation coeffiecents and its adaptation in spatial and imaged attributs in the research on water and siol conservation subtracting the least pathches of the area. The final stage is to subtract the information via human and computer interactive to interpret and monitor the classification in the study assisted with GPS, field identification and construction supervision.

在对研究样区水土保持生态建设情况和监测尺度及监测指标分析的基础上，选择1m分辨率的IKONOS影像和2.5m分辨率的SPOT5影像为监测遥感数据源；采用"RPC模型+GCP优化"方法进行高分辨率遥感影像正射纠正；用主成分分析法进行遥感影像全色波段与多光谱图像融合；用虚拟现实技术进行高分辨率遥感影像监督分类模板定义研究，用不同大不的聚类处理参数并在研究水土保持生态建设措施的空间特征和影像特征的基础上，确定提取水土保持生态建设信息的最小图斑参数值；最后用全数字人机交互解译和监督分类提取研究样区水土保持生态建设信息，并结合GPS现场验证和工程监理成果对监测结果进行分析评价。

Firstly,the new images' orientation parameters are resolved using the old aerial images with POS data in the same area,and feature points are extracted in old images,and new images' conjugate points are computed using forward intersection and collinearity equations.

首先利用带POS数据的老影像解求新影像的外方位元素，然后在老立体影像上提取特征点，根据前方交会和共线条件方程得到新影像上同名点的近似位置，再与新影像进行匹配，寻找匹配不好的点作为变化区域的初始位置。

Students are to establish the complete framework of image processing and achieve the following goals:(1) Learners can change pixel of digital images based on needs, such as selecting, compositing, modifying, adjusting, special effects of image and word design;(2) command decipherment from others image processing creations and imitate it;(3) use all tools to create a new work in some ideas and creations flexibly.

让学习者在透过教学后，建立起影像处理的完整架构并能达成三大学习目标：（1）能依其所需对电脑影像做图像元素的改变，如影像的剪裁、影像合成、影像修整、影像调整以及影像特效与文字创建；（2）能从他人已完成的影像处理作品进行指令判读，并有能力模仿制作；（3）能在构想蓝图与创作执行之间灵活运用工具来完成新的影像创作作品。

In such doing, this dissertation serves as a step stone for papers of its counterparts to come, and, more importantly, it proposes a strategic alternative to the realization of models for image processing. This dissertation consists of three major parts. In the first part, detailed discussions and delicate analyses of academic papers on Cellular Neural Network will be provided in the hope of helping us see the potentiality of Cellular Neural Network in the applications of image processing. I will focus on the aforementioned limitations on hardware compilation as well. In the second part, I will put forth "texture analysis" as one basic model of analysis when we apply Cellular Neural Network to image processing. In this so-called texture analysis, a useful "spatial feature" is especially drawn to help us overcome possible problems of more complicated Cellular Neural Network applications in image processing."Spatial feature" also serves as a well-functioning mechanism for technology of image identification. In the last part of this thesis, I will look into a case study, where Cellular Neural Network is applied to help de-screen document image. Using it as an example, we will see how algorithms of Cellular Neural Network may be of marvelous use in applications in document image processing, since it would reduce a great deal of calculation and computation when applied to software compilation, yet opens up unlimited possibilities for higher-speed hardware compilation of high-level image processing.

这篇论文主要可以分为三大部分：在第一部份里，我们会详细地说明并讨论在过去到现在大部分将分子类神经网路应用於影像处理的相关文献及未来所有可能的发展和技术，另外也将分子类神经网路作一完整的介绍，除此之外，我们也会特别著重於分子类神经网路在影像处理相关应用理论的讨论以及其硬体实现化的考量；在第二部分里，我们提出了一个将分子类神经网路应用於影像辨识处理的基础分析—纹路分析，这是由於纹路分析的复杂性和普遍性会使得分子类神经网路於高阶影像处理的应用不会只局限在单一的影像处理技术，其中我们也提出了一个相当有用的空间特徵，此一特徵不但可以使复杂地高阶影像处理能够应用分子类神经网路，也为影像辨识技术提供了一个很好的辨识机制；在最后一部分里，我们也将文件影像分析做了一个完整的剖析，并以文件影像的去网点为例来说明在实际情况下的分子类神经网路的应用，如此演算法的开发也为文件影像处理提供了更多实际的应用，更考量了文件影像处理若以软体实现时的计算量负荷，而对未来高阶数位影像处理能够以硬体实现来提高处理速度提供了无限的可能。

Conference Topics:Digital methods,systems and equipment for image capture;Color Science and Technology for digital imaging system;Digital imaging processing and manipulation;Novel Imaging and related functional materials;UV curing materials and technologies; Digital image rendering and display technologies; Evaluation methods and instrumentation for digital imaging and related performances; Digital media and image performance; Digital output and hardcopy technologies; Digital photofinishing and systems;Digital and on-demand printing/publishing technology and Systems.

会议内容：数字影像的捕获方法、系统与设备；数字影像系统的色彩科学与技术；数字影像处理；新型影像材料和相关功能材料；紫外光固化涂料和固化技术；数字影像渲染和显示技术；数字影像和相关性能的评价方法和设备；数字影像和动画；数字媒体和影像性能；数字输出和硬拷贝技术；数字冲洗胶片和系统；数字印刷与按需印刷技术和系统等。

The management and quality analysis of the primitive images have been analyzed and studied in this paper, of which the content and structure are as follows:Firstly, the developing background and the meaning of the management and quality analysis of the primitive image, as well as the trends of the management and data quality of the image database studied both in and out of our country, have been discussed in detail.Secondly, the developing direction of the technology of the remote sensing image and the importance of the remote sensing images in the field of economy nowadays have been analyzed systematically. And it is pointed that the primitive image with the elements of interior and exterior orientation will become more and more important as a sort of image production.Thirdly, the hierarchical structure of database, especially the SQL Server adopted in this system, has been deep studied and analyzed in the aspects of Applying Program Interface, Internet Data Connector and ActiveX Data Object.Fourthly, the methods of assessing the quality of the remote sensing image have been put forward in the terms of geometry, construction and the integrality of the assistant information.Fifthly, the model of propagation of errors of the precision of the ground coordinates has been calculated in the steps of inner orientation, spatial resection and answering based on the deep analysis of the principles and processes of inner direction and space resection, which have also been experimented and analyzed in term of numerical value.Finally, the total design and the idiographic realization of the sub-modules have been introduced in detail, based on which the design and development of this system are realized in combination with the program languages such as VB6.0, VC6.0 and SQL.

本文针对原始影像的管理与质量分析进行了深入的研究与探讨，主要内容包括：(1)首先对原始影像管理与质量分析系统的研制背景和意义进行了详细论述，并对影像数据库管理和数据质量研究的国内外动态作了介绍；(2)对遥感影像技术目前的发展趋势以及遥感影像在国民经济生活中的地位进行了深入的分析，并指出附带有内外方位元素的原始影像作为一种影像产品将越来越会引起人们的重视；(3)对数据库的体系结构进行了深入的研究与分析，尤其是对SQL Server数据库的体系结构，从编程接口、Internet数据连接器和ActiveX数据对象三个方面进行了深入剖析；(4)从几何质量、构像质量和附属信息的完整性三个方面提出了对遥感影像质量的评定方法；(5)基于对内定向和空间后方交会原理及过程的深入分析，推导出了从内定向到空间后方交会再到最终求解地面坐标的误差传递模型，并对上述模型进行了数值实验和分析；(6)对原始影像管理与质量分析系统的总体设计和各模块功能的具体实现进行了详细的介绍，并在此基础上联合VB6.0、VC6.0和SQL等编程语言，实现了系统的设计与开发。

The updating of RS images information takes advantage of multi-resource RS images data through process of integration, colligating the merits of different images data to produce new images data.

数字遥感影像信息更新是指对已存在的遥感影像数据进行融合处理，综合各种影像数据的优势，生成新的影像数据，可扩大影像的应用范围，提高影像的信息含量和分析精度。

In the case study of Plain, the TM image was processed with Tasseled Cap, Principal component analysis and Normalized Difference Vegetation Index extraction, prieror to vegetation classification, The imageries after preprocessing were use to identify the vegetation combined with original TM bands.

对平原地区的植被分类研究，首先对获取的TM影像进行Tasselled Cap处理、PCA处理和NDVI植被指数提取，处理后的各影像与TM原始六个波段影像一起用于植被遥感分类。分类采用监督分类和非监督分类方法，其中TC处理、PCA处理、NDVI影像、TM1-5，7组合影像采用非监督分类，原始TM6波段组合影像和TM3、4、5三波段组合影像采用监督分类。

In order to apply remote sensing image in terrain simulation, we must get the remote sensing image with high space resolution and high spectrum resolution. In this paper, we use the TM image, IKONOS image and same zones DEM to make three demention terrain map. In order to keep the TM images spectrum information and import the geometry character of IKONOS to fetch up the disadvantage of TM and IKONOS,we first use the polynomial method to geometry registration the IKONOS image and TM image,then we use the fusion algorithm base on HIS transformation fuse the TM image and IKONOS image.

首先将同一地区的TM影像与IKONOS影像进行精确配准后，使用基于HIS变换的融合方法，将两种影像进行融合，融合结果在保持TM影像丰富光谱信息的基础上，引入了IKONOS影像的几何特征，从而弥补了TM影像分辨率低和IKONOS影像光谱信息缺乏的缺点，并生成具有 1m分辨率的彩色影像；最后将融合结果与相应地区的DEM数据进行复合，生成了具有高度真实感的三维影像图。

The experimental goal is to use SOPC-NIOSII EDA / SOPC system platform for real-time moving object detection system in this paper. After the inputs of image penetrated the CMOS Sensor to receive the data of the image makes the RGB form the transformation. The CPU processes operation of image detects. After the processed of image deliveres to VGA displayed output of real-time image. We use example programs of DE2 platfrom to achieve entire hardware on experiment board of SOPC-NIOSII EDA / SOPC System platform. On system of dectect image we divided into two parts : hardware and software. We use Verrilog of HDL to modify code in hardware. To use Custom IP of SOPC Builder produced IP of our need. We need a interface to connect in the COMS Sensor to FPGA and FPGA to VGA among. The code synthesize to create a programming file of *.S by Quartus II. Then, to use USB BLASTER of SOPC-NIOSII EDA/SOPC System platform programmed on FPGA. We use NIOS II IDE to assign DMA address in sofaware. We use SOPC-NIOSII EDA / SOPC System platform of Hum-Heng Technology co.

中文摘要本论文实验目标是在於利用SOPC-NIOSII EDA/SOPC系统平台来实现即时移动物体侦测的系统，影像输入透过CMOS Sensor接收影像的资料经过RGB格式的转换，再经过处理器处理影像侦测的运算，最后再将处里后的影像资料传送给VGA做即时的影像输出，我们使用DE2平台的测试范例程式转换在SOPC-NIOSII EDA/SOPC系统平台实验板来实现整个的硬体，我们将影像侦测系统分为硬体和软体二部份，硬体部分我们使用Verilog硬体描述语言修改撰写，利用SOPC Builder的自订IP产生我们所需的IP ，在COMS Sensor到FPGA跟FPGA到VGA中间我们需要一个interface来进行连接，经由Quartus II来合成产生*。sof的烧入档，然后利用SOPC-NIOSII EDA/SOPC系统平台专用的USB BLASTER来烧入到FPGA上，软体部分我们使用NIOSII IDE来定址我们DMA位址，主板我们采用华亨科技公司的SOPC-NIOSII EDA/SOPC系统平台。

与影像相关的网络解释 [注：此内容来源于网络，仅供参考]

angioma：血管瘤 pKP影像园-共享放射医学资源

angiography of spinal cord 脊髓血管造影 pKP影像园-共享放射医学资源 | angioma 血管瘤 pKP影像园-共享放射医学资源 | angiomyolipoma 血管平滑肌脂肪瘤 pKP影像园-共享放射医学资源

image attenuation constant：影像衰减常数

"影像衰减系数","image attenuation coefficient" | "影像衰减常数","image attenuation constant" | "影像属性","image attribute"

biopsy needle：活检针 pKP影像园-共享放射医学资源

biopsy gun 活检枪 pKP影像园-共享放射医学资源 | biopsy needle 活检针 pKP影像园-共享放射医学资源 | biphasic contrast enhancement 双期增强扫描 pKP影像园-共享放射医学资源

Black-And-White Image：建築空間攝影的黑白影像

數位影像在建築空間攝影的未來發展 DIGITAL IMAGE 203 | 建築空間攝影的黑白影像 BLACK AND WHITE IMAGE 209 | 第七章 影像與建築空間的審思 ATTITUDE 218

central bronchogenic carcinoma：中央型肺癌 pKP影像园-共享放射医学资源

cavity 空洞 pKP影像园-共享放射医学资源 | central bronchogenic carcinoma 中央型肺癌 pKP影像园-共享放射医学资源 | cerebral atrophy 脑萎缩 pKP影像园-共享放射医学资源

image contrast：影像反差

image 影像 | image contrast 影像反差 | image dissection 影像分析

Digital Image Processing：數位影像處理

b.数位影像处理(Digital Image Processing)数位影像处理是用电脑来处理影像,这种方式可以很精确地处理影像,也是一种功能最强的影像处理方式. 基本上影像处理是一种二度或三度空间讯号处理之特殊型式,

imagery：影像

如上图所示,当前光标所在位置座标为:冒号左边为灰度值,右边为影像内存区(Image Plane)的顺序编号(3)影像(Imagery)组合显示PCI影像文件将各种栅格数据(包括各波段Band影像数据)集中存放在相应类型的通道(Channel).

image restoration：影像还原

此外,研究范畴上包括:影像转换(image transform)、影像还原(image restoration)、影像编码(image encoding)等等. 工业产品的抽检:工业零件的分类、其失效或正常、和瑕疵种类的辨识工作;这些产品或零件所拍摄影像的分类,即可交由类神经网路来担任.

video digitizer：影像数位器

10.影像数位器(Video Digitizer):将非电脑影像 (noncomputer images),如VCR、TV、videodiscs等设备捕捉的影像 ,转换成电脑影像资讯格式. 11.声音数位器(Audio Digitizer):用来将声音转换成电脑语音数位 讯号. 12.扬声器(Speakers):是一组适合於电脑专用,