期刊文献+
共找到5篇文章
< 1 >
每页显示 20 50 100
牙颌面畸形计算机化三维测量及图像设计系统的研制和临床应用
1
作者 王大章 胡静 《医学研究通讯》 2001年第4期27-27,共1页
由于牙颌面畸形常涉及颅面三维空间结构,常规采用的二维平面的测量方法不能满足不对称性及复杂畸形诊治的需要,传统的以手工描图、剪裁、拼对方式进行的测量分析和模拟预测费工费时、误差较大、资料也难以有效保存和共享,以线条图形进... 由于牙颌面畸形常涉及颅面三维空间结构,常规采用的二维平面的测量方法不能满足不对称性及复杂畸形诊治的需要,传统的以手工描图、剪裁、拼对方式进行的测量分析和模拟预测费工费时、误差较大、资料也难以有效保存和共享,以线条图形进行的面型预测,效果没有图像预测形象生动.因此,为解决以上主要问题,本项目采用现代电子计算机图像处理技术及三维立体检测手段所开发和建立的工作系统不仅从二维到三维空间,而且从图形到图像对各类牙颌面畸形及进行综合测量分析,并用计算机模拟各类正颌外科手术并预测出术后可能的面像,用于指导正颌外科病例的诊治,其系统功能及所取得的效果,达到国际同类研究先进水平.主要技术内容如下: 展开更多
关键词 牙颌面畸形 计算机化三维测量 图像设计系统 研制 临床应用
下载PDF
基于.NET平台和Silverlight技术的图像系统设计
2
作者 陈琳 《软件导刊》 2014年第10期47-48,共2页
为与Flash竞争,微软公司开发了Silverlight插件。这款插件对多个平台、多个浏览器兼容。介绍了基于.NET平台和Silverlight技术的一款图像系统设计。该图像系统具有距离测量、实时放大和色彩校正等功能,相比HTML开发的图像系统,提供了更... 为与Flash竞争,微软公司开发了Silverlight插件。这款插件对多个平台、多个浏览器兼容。介绍了基于.NET平台和Silverlight技术的一款图像系统设计。该图像系统具有距离测量、实时放大和色彩校正等功能,相比HTML开发的图像系统,提供了更好的用户体验。 展开更多
关键词 .NET平台 SILVERLIGHT技术 图像系统设计
下载PDF
he Design and Implementation of Medical Image Processing System based on DICOM Format
3
作者 Jing HUA 《International Journal of Technology Management》 2014年第7期21-23,共3页
In order to fast transmission and processing of medical images and do not need to install client and plug-ins, the paper designed a kind of medical image reading system based on BS structure. This system improved the ... In order to fast transmission and processing of medical images and do not need to install client and plug-ins, the paper designed a kind of medical image reading system based on BS structure. This system improved the existing IWEB in the framework of PACS client image processing, medical image based on the service WEB completion port model. To realize the fast loading images with high concurrency, compared with the traditional WEB PACS, this system has the advantages of no client without plug-in installation, at the same time in the transmission and processing performance image has been greatly improved. 展开更多
关键词 DICOM DICOM browser Communication service program Medical Image Processing
下载PDF
Design and Implementation of Image Acquisition System Based on STM32
4
作者 QIN Wei YU Chaogang 《International English Education Research》 2017年第2期64-66,共3页
In order to solve the difficulty of reading inconvenience in the measurement process of digital track gauge, a kind of image data acquisition system with low cost and stable performance is designed. The system uses th... In order to solve the difficulty of reading inconvenience in the measurement process of digital track gauge, a kind of image data acquisition system with low cost and stable performance is designed. The system uses the Cortex-M4 as the core of the STM32F407ZGT6 as the control core, the use of OV2640 as an image sensor to collect images, and the collection of image files stored in the SD card for subsequent image processing to achieve the goal of rail adjustment to lay the foundation. The experimental results show that the image acquisition is stable and refiable and the collected images are clear and meet the design requirements. 展开更多
关键词 STM32F407 OV2640 Image acquisition
下载PDF
Research on Recognition Technology of 2-Dimensional Barcode
5
作者 Ronghong Chent Qingsong Zhu 《International Journal of Technology Management》 2013年第2期1-3,共3页
This paper briefly introduces the characteristics and structure of symbol QR two-dimensional code, a detailed analysis of the image processing method to identify QR code of the whole process, and the bilinear mapping ... This paper briefly introduces the characteristics and structure of symbol QR two-dimensional code, a detailed analysis of the image processing method to identify QR code of the whole process, and the bilinear mapping method is applied to image correction, the final steps of decoding are given. The actual test results show that, the design algorithm has theoretical and practical, this recognition system can correctly read QR code, and has high recognition rate and recognition speed, has practical value and application prospect. 展开更多
关键词 Two-dimensional barcode quick response code Image Recognition Technology
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部