随后介绍了对总线转换卡进行的各项功能验证和测试，并分析和总结了整个设计过程中遇到的问题。
Then the thesis introduces the validation and test of the bus transition card's functions and performances, analysis and summarizes the problems met in the design.
总线转换器的通信网络接口为多种异型总线之间的互联和构建比较复杂的总线型网络提供了一种解决方案。
A method of the connection in different buses and construction bus network is provided by the network interface in the adapter.
内容转换由总线负责进行管理：此过程对于任何参与服务都是透明的。
The content transformation is managed by the bus: it is transparent for any participating service.
将数据从一种格式转换为另一种格式的能力是企业服务总线的核心功能之一。
The ability to transform data from one format into another is one of the core functional features of an Enterprise Service Bus.
相关模式：即后面提到的企业服务总线 ，如果中介、路由、转换和策略的规则对象都添加到虚拟提供者的话。
Related patterns: The latter is referred to as an Enterprise Service Bus, if rule objects for mediation, routing, transformation, and policies are added to the virtual provider.
总线没有将消息的内容(例如，XML标签)转换成规范数据模型；如果有必要进行标准化，可以编写定制中介。
The bus does not convert the message content (for example, XML tags) into a canonical data model; if canonicalization is needed, custom mediations can be written.
两种相关协议之间所需的消息转换是由总线中运行的中介处理的。
The required message transformation between the two involved protocols is handled by mediations that run in the bus.
该模型的特性还包括现有应用程序的后期绑定、数据转换中介和适配器，可以通过企业服务总线来实现面向服务的交互。
Late bindings, mediations to transform data, and adapters for existing applications allowing service-oriented interactions through an Enterprise service Bus, are features of this model.
每一条到达总线的信息都转换成SDO对象图。
Each message that arrives in the bus is converted into a graph of SDO objects.
该总线可提供许多功能，其中包括协议转换、数据转换和基于内容和上下文路由的核心功能。
The bus provides many functions, including the core functions of protocol transformation, data transformation, and content - and context-based routing.
MessagingResources为您提供了编写您自身转换以及其它定制总线功能的支持。
Messaging Resources provides support for you to write your own transforms and other custom bus functions.
MessageBrokerV6.1是为异构it环境中通用数据连接、路由和转换而构建的高级企业服务总线。
Message Broker V6.1 is an advanced Enterprise Service Bus built for universal connectivity, routing, and transformation of data in heterogeneous it environments.
清单3显示了两个监听器中其中一个监听器的代码，该监听器接收通过消息总线传送的CaseModel，然后将提供的文本转换为大写体和小写体。
Listing 3 shows the code for one of two listeners that receive the CaseModel delivered through the message bus and convert the provided text to upper and lower case.
企业服务总线(Enterprise Service Bus,ESB)的核心功能之一是转换数据的能力。
One of the core features of an Enterprise Service Bus (ESB) is the ability to transform data.
转换选项的范围以及将它们混合的能力使得WebSphereMessageBrokerV6作为高级企业服务总线成为一个真正灵活的解决方案。
The range of transformation options and the ability to mix them make WebSphere Message Broker V6 a truly flexible solution as an advanced enterprise service bus.
它会将消息从WebSphereMQ内使用的格式转换为服务集成总线使用的格式。
It converts messages from the format used within WebSphere MQ to the format used by the service integration bus.
企业服务总线（enterprise service bus，ESB）充当中间层，并提供路由、转换和传输服务。
The enterprise service bus (ESB) acts as an intermediary and provides routing, translation, and transport services.
使用一些标准的数据转换工具，如企业服务总线或消息代理，能够大大简化将消息和数据流转换为一种合理数据格式的过程。
Using standard data transformation tools such as an enterprise service bus or message broker can greatly simplify the task of transforming messages and data streams into a well-defined data format.
规范化适配器模式将端点的本机总线附加协议转换为标准协议，实现有效负载规范化，并在交付时进行这些转换的反向转换。
The canonical adapter pattern converts endpoints' native bus-attachment protocols to a standard protocol, normalizes payload, and reverses these transformations upon delivery.
为了能够接收Web服务请求、将消息转换为中介中的SOAP消息、以及发送Web服务请求，WebSphereMessagingResources要求某些设置来启用总线。
WebSphere Messaging Resources requires some setup to enable the bus to be able to receive Web service requests, to convert messages into SOAP messages in mediations, and to send Web service requests.
因此，WebSphereV 6MessagingResources使得Web服务消息能够得到管理与监听，包括动态路由选择以及转换方法，在总线中仅仅作为另一种消息类型。
Therefore, WebSphere V6 Messaging Resources enables Web services messages to be managed and monitored, including dynamic routing and transformation, in the bus as just another message type.
经常会使用企业服务总线 (Enterprise Service Bus)模式对这些外部化的服务或操作进行扩展，以提供中介、转换和路由。
Often, these externalized services or operations are extended with Enterprise Service Bus patterns to provide mediation, conversion, and routing.
并对PCI总线在氡室检测系统中的具体硬件系统结构、控制芯片与驱动软件设计，与PCI总线对核谱转换的传输性能作了阐述。
And the specific hardware system structure, control slug and the design of drive software and the transmission performance of PCI bus for nuclear spectrometry were also set forth.
文章介绍了一种PC与CAN总线之间进行通信的接口转换卡的设计。
The paper introduces the design of interface converter card between PC and CAN bus.
列读出级采用新型主从两级放大列读出结构，其中主放大器完成电荷到电压的转换，从放大器驱动输出总线来满足一定的读出速度。
In the design of column readout stage, master and slaver structure has been adapted, where master amplifier converts charge to voltage, and slave amplifier works with standby mode to drive output bus.
分析了工控领域广泛应用的现场总线PROFIBUS-DP与MODBUS的协议结构与数据传输方法、设计协议转换网关的可行性以及网关的电路设计与工作流程。
The structures of two widely used fieldbus, i. e. , PROFIBUS-DP and MODBUS are analyzed, as well as the data transmission methods and the feasibility to design the protocol conversion gateway.
本系统主要包括GPS同步时钟和通信协议转换模块，二者之间通过RS- 485总线进行连接。
The GPS synchronous clock and the conversion devices are linked up with RS-485 bus.
论文的重点是在FPGA芯片上实现各个总线控制器以及相互之间的数据转换。
The paper focuses on realizing each field bus controller and the mutual data conversion on FPGA chips.
阐述了CAN总线在232串口设备远程通信或自组网络中的应用，介绍了CAN到RS-232转换装置的软硬件设计方法。
The application of CAN in remote communication of RS-232 serial equipments is explained, the hardware and software of CAN to RS-232 converter are introduced.
最后介绍了采用协议转换原理研究开发的一种支持工业以太网与多种现场总线技术转换的多协议转换器。
A multiple protocol converter developed by using protocol conversion principle is introduced finally, it supports industrial Ethernet and multiple field bus technology conversion.
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