控制是否传输实体正文。
问题：哪个数据传输对象由哪个实体返回？
The problem: which data transfer object is returned by which entity?
SAML为在相互协作的各个不同实体之间传输关于实体认证的断言提供了一种机制，这样就不必迫使这些实体失去对信息的所有权。
SAML provides a mechanism for transferring assertions about authentication of entities between various cooperating entities without forcing them to lose ownership of the information.
或者他们会选择使用如Automapper这样的工具，将实体映射到DTO（数据传输对象），即使Automapper与简单地搜索映射数据相比，效率低下得多。
Or they'll prefer to use something like Automapper to map entities to DTO's even though it is woefully inefficient compared to simply retrieving projected data.
当接收实体无法对接收到的物理层消息进行解码时，就是出现了传输语法错误。
Transfer Syntax Error occurs when the receiver is not able to decode the received physical message.
实体传输可以在网络中直接传递或者存储对象，因而在网络编程中具有很重要的作用。
Entity transmission plays an important role in Internet programs due to its capacity of enabling to transmit or store object directly.
实体特征分布式应用在虚拟设计系统中可以有效解决信息冗余和传输瓶颈问题。
Distributed solid features applied in virtual design system can resolve the problems of information redundancy and transmit blocking effectively.
论文阐述了对虚拟现实实验环境中网络通信的研究，采用了标准的DIS协议，定义了实体数据的PDU结构，并在通信层应用组播方法，对提高网络传输的性能作了分析。
This paper introduces the research of network communication on the lab environment of virtual reality. The standard DIS protocol is adopted. The structure of PDU transmitted object data is defined.
实体化视图作为数据仓库中存储的主要信息实体，是由对上一级或外部数据源进行抽取、转化、传输和上载的数据构成的。
As the primary information entity stored in the data warehouse, the data of Materialized views is extracted, transformed, transmit-ted, or loaded from last or remote sources.
在移动数据库中，数据缓存普遍采取实体化视图的方式，数据更新通过传输增量部分，以降低对网络带宽的要求。
In mobile databases, data caching take the form of materialized views. Data is updated by communicating only the incremental part to reduce the demand for network bandwidth.
工程制图组合体的三维实体造型多，动画数据量大，对网络带宽要求高，因此，实现组合体数据的远程快速传输和实时交互成为组合体远程教学的关键和难点。
The remote teaching system of engineering drawing assembly has many 3D solid models and animations as well as much large data, it requires much quicker real-time response and wider network bandwidth.
实验室对传输能力的分析研究数据证明在半活动情况下实体运动要远少的多。
Transimssibility analysis of the laboratory data document far less hull motion in the semiactive case .
结果显示银耳子实体可通过香灰菌丝直接传输来获取营养物质，即存在结合位点。
The result showed that hyphae of Tremella fruiting body can get nutrients through direct transmit of hyphae of Cohabitant fungi which means the existence of binding site.
结果显示银耳子实体可通过香灰菌丝直接传输来获取营养物质，即存在结合位点。
The result showed that hyphae of Tremella fruiting body can get nutrients through direct transmit of hyphae of Cohabitant fungi which means the existence of binding site.
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