DICOM standard is widely accepted and used to be the standard of Digital Imaging Communication in Medicine in the world.
DICOM标准也成为一个在世界上得到广泛认同和使用医学数字图像通信的标准。
The thesis can be roughly divided into two parts: the presentation part of DICOM standard and the transmission part of Digital Imaging Communication in Medicine.
本文大致可以划分为两个部分：DICOM标准的介绍部分和数字医学图像传输部分。
With the wide application of computer technology in medical area, DICOM is becoming the standard of digital imaging and communication.
随着计算机技术的广泛应用，DICOM日益成为医学数字成像和通讯的共同标准。
This means of measurement will be widely used in the fields such as laser underwater imaging, underwater target detection and laser submarine communication.
该测量方法在激光水下成像、水下目标探测以及对潜激光通信都将具有重要的推广应用价值。
Along with the rapid development of the world information freeway, the digital imaging and communication in medical field has become possible.
随着世界信息高速公路的飞速发展，医学领域的数字成像和通信也成为可能。
The modern communication theory is used in the analysis of imaging systems. The object information density model is built for analogue and digital image respectively.
应用现代通信理论对成像系统进行了分析，建立了模拟和数字图像的目标信息密度模型。
As one of the most important parts in optical components, reflect-mirror was the key technology in laser communication and provided clear imaging for the system.
反射镜作为系统中的重要光学元件，也是激光通信中的关键技术，为整个通信系统的像质提供了保证。
The methods and results in the article provide the basic theory and experiment validation for improving performance of communication, detection and imaging under sea water.
本文的研究方法和研究结果，对提高水下通信、探测和成像系统的性能提供了理论基础和实验验证。
Estimation of signals from noisy observations is an important topic with applications in areas such as communication, medical imaging, remote imaging, and astronomy.
从带噪信号中估计源信号在很多应用领域都是重要课题，例如通信、医学成像、远程图像以及天文学等等。
In an digital imaging embedded DSP system design, it is necessary to realize the communication between embedded DSP system and PC for its cross-development system and its debug.
在数字成像嵌入式DSP系统开发中，为搭建交叉开发平台，便于系统调试，常常需要实现嵌入式DSP系统与计算机之间的通信功能。
In a digital imaging embedded DSP system design, it is necessary to realize the communication between embedded DSP system and PC for its cross-development system and its debug.
在数字成像嵌入式DSP系统开发中，为搭建交叉开发平台，便于系统调试，常常需要实现嵌入式DSP系统与计算机之间的通信功能。
Because of simple geometry and excellent optical performance, it can be used in optical fiber communication system, and as imaging and sensing devices.
它具有简单的几何形状和优秀的光学特性，可以用于光纤通信传输系统，也可以用作成像光学元件及光传感器件。
The data transmission in confocal scanning imaging system can be realized through the serial port communication technique.
共焦扫描成像系统的数据传输可以采用串口通信技术实现。
Through serial communication port, PC machine can make the infrared imaging systems to achieve non-uniformity correction, bad point correction, switching field of view, focusing and other operations.
最后设计了红外成像系统与PC机的串口通信，通过串口，PC机可以远距离对红外成像系统进行非均匀性校正、坏点校正、视场切换、调焦等操作。
Membership covers all imaging and communication sectors.
成员涵盖了所有成像和通信部门。
At present, Picture Archives and Communication Systems (PACS) is a new promising technical field in the medical imaging study.
医学影像存档与通信系统(PACS)是当前在医学影像学中具有广阔发展前景的技术领域。
Medical Imaging Archiving and Communication system (PACS) is an important system in modern digital hospitals.
医学影像归档与传输处理系统(PACS)是现代数字化医院的重要应用系统。
The probe does this dynamically (not statically), imaging the surface and mapping cellular activities and communication potentially in real time.
探针动态地绘出表面，描述细胞的实时活动和通讯。
They used functional magnetic resonance imaging (fMRI) to look for communication between different brain regions, and to measure the strength of these connections.
他们使用功能磁共振成像手艺在年夜脑分歧区域内搜寻着信息，并对神经元毗连的强度进行测量。
Extensive industrial experience in Aerospace, Commercial Electronics, Design Automation, Medical Imaging, and Electronic Communication.
具有在航空，商用电子，设计自动化，医疗成像和电子通讯等工业领域的大量实践经验。
In medical information system, DICOM (Digital Imaging and Communication in Medicine) standard is the technical guarantee that ensures all modalities device exchange image data compliantly.
是各种影像设备必须遵循的有关医学影像传输与存储的标准，它使得医疗影像设备能够兼容地交换图像信息。
Micro F-P cavity tunable filter, one of the Micro-opto-electro-mechanical devices, has been widely applied in the area of hyperspectral imaging, DWDM optical communication and self-adaptive optics.
微F-P腔可调谐滤波器主要运用于超光谱成像、DWDM光通信系统和自适应光学等系统中。
Objective To investigate the characteristics of Color Doppler Flow Imaging in left ventricular-right atrium communication(LVRAC).
目的探讨先天性心脏病左室右房通道的二维声像图及彩色多普勒血流特征。
Objective To investigate the characteristics of Color Doppler Flow Imaging in left ventricular-right atrium communication(LVRAC).
目的探讨先天性心脏病左室右房通道的二维声像图及彩色多普勒血流特征。
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