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[诊断图像管理与通信系统:比萨大学的经验]

[Diagnostic image management and communication systems: experience at the University of Pisa].

作者信息

Caramella D, Del Sarto M, Bartolozzi C, Beltrame F, Sobel I

机构信息

Cattedra di Radiologia, Università di Pisa.

出版信息

Radiol Med. 1995 Jan-Feb;89(1-2):136-42.

PMID:7716294
Abstract

Our work was aimed at implementing and validating a system for the acquisition, local management and remote transmission of diagnostic images. Integration of imaging equipment was performed in each of the two sites (5 km apart) in which the Department of Radiology of the University of Pisa is divided. Teleradiology was carried out using 64 Kbit/s lines as well as a 140 Mbit/s Metropolitan Area Network compliant with the Distributed Queue Dual Bus standard. Application domains included remote expert consultation and teleprocessing of diagnostic images. Remote expert consultation was performed in particular by using the 34 Mbit/s interconnection with the Metropolitan Area Network of Florence. Remote processing of diagnostic images using the high speed link allowed the cooperative work with scientific institutions in a field often limited by the complexity of image transfer and by the lack of a timely feed-back concerning the clinical value of processed images. Advanced processing of diagnostic images was performed in the field of stereographic display of CT and MR data sets. Moreover, experience was gained in the visualization, on a single composite image, of the multiparametric data obtained by means of different MR sequences (T1, Spin Density, T2), thus allowing to summarize, by using false colors, different tissue contrast information.

摘要

我们的工作旨在实现并验证一个用于诊断图像采集、本地管理和远程传输的系统。在比萨大学放射科所在的两个地点(相距5公里)分别进行了成像设备的集成。远程放射学通过64 Kbit/s线路以及符合分布式队列双总线标准的140 Mbit/s城域网来开展。应用领域包括远程专家会诊和诊断图像的远程处理。特别是通过与佛罗伦萨城域网的34 Mbit/s互连进行远程专家会诊。使用高速链路对诊断图像进行远程处理,使得能够与科研机构开展合作,而在该领域,图像传输的复杂性以及缺乏关于处理后图像临床价值的及时反馈常常限制了合作。在CT和MR数据集的立体显示领域进行了诊断图像的高级处理。此外,还积累了在单个合成图像上可视化通过不同MR序列(T1、自旋密度、T2)获得的多参数数据的经验,从而能够利用伪彩色总结不同的组织对比信息。

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