随着存储的网络化趋势，高效安全的信息存储与传输成为网络的一个重要部分。
With the networking trend for storage, efficient and safe storage of information becomes an important part of network.
视频压缩技术对于多媒体信息的存储与传输而言不仅是必要的，而且是可行的。
Video compression technology is not only necessary but also feasible for the storage and transmission of multimedia information.
文中详细论述了系统实现的几个关键问题，如数据的采集与提取、组织与存储，信息的显示，网络中信息的传输等。
Several pivotal problems are described in detail, such as acquisition and pick-up of data, organizing and storage of data, display of information, transmission of information in network and so on.
缓冲存储器周期的一部分，在这期间，逻辑与算术运算器必须中止操作或不能与存储器传输信息。
A portion of the buffer cycle in which the logic or arithmetic unit must cease operation or neither will be able to communicate with the memory unit.
目的设计与开发鼻专科电子病历，以实现对鼻专科病人信息的采集、加工、存储和传输。
Objective To design and develop a nasal electronic medical record system, so as to gather, process, store and transmit the information of nasal patients.
而往往噪声与图像并存，噪声的存在将对信息的处理、传输和存储造成极大的影响。
But usually the noise and image keep both, the existence of the noise will make big influence to the processing of information, deliver and save.
目的研究与开发电子病历(CPR)系统，以实现病人信息的采集、加工、存储、传输和服务。
Objective Computer-based patient record (CPR) system was studied and developed to realize the collection, processing, storage, transmission and service of patient information.
并对焊接过程视频信息的本地采集、存储及网络传输系统进行了设计与研究。
At the same times, much work has been done in the designing and researching of the video information's local collecting, saving and network transition in the welding process.
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。
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.
本发明涉及一种分布系统群点高通量信息密文存储与传输的加密方法。
The present invention relates to an information enciphering method for high-flux information storing and transmission in distributing system.
在量子信息学中人们利用的是量子态本身，其基本任务是量子态的存储、操纵、传输与读出。
Quantum state is used in quantum information itself as quantum bit rather than probability in other quantum problems.
在量子信息学中人们利用的是量子态本身，其基本任务是量子态的存储、操纵、传输与读出。
Quantum state is used in quantum information itself as quantum bit rather than probability in other quantum problems.
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