遠程處理器 的英文怎麼說

中文拼音 [yuǎnchéngchǔlǐqì]
遠程處理器 英文
teleprocessing unit
  • 遠 : Ⅰ形容詞1 （空間或時間的距離長） far; distant; remote 2 （血統關系疏遠） distant in relationship 3...
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 處 : 處名詞1 （地方） place 2 （方面; 某一點） part; point 3 （機關或機關里一個部門） department; offi...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 遠程 : long range; long distance; remote遠程導航 long distance navigation; long range navigation; 遠程導...
  1. As a crucial embedded development tool, the embedded system debugger is usually used to debug and test embedded software 。 a embedded system debugger consists of a cross debugger and a debugger agent, which characteristic lies in the separation of running environments between the cross debugger and the debuggee and the dependence on the gdb agent in the debug session 。 with the development of embedded technique, various embedded debug techniques continuously advance and all kinds of embedded system debuggers are playing a more and more important role in the embedded software development 。 the gnu debugger, gdb as a tool in the gnu toolkits, is an extremely powerful source - level debugger 。 among gdb ’ s many noteworthy features, its ability to debug programs “ remote ” is fascinating 。 this capability is not only essential when porting gnu tools to a new operation system or microprocessor, but it ’ s also useful for developers who need to debug an embedded system based on a processor that gnu already supports 。 gdb is the preferred solution in embedded development because it provides portable, sophisticated debugging over a broad rang of embedded systems 。 this paper discusses the status quo of various embedded system debuggers ; deeply analyses the overall structure of gdb and the debugging mechanism of gdb based on its source codes ; introduces the gdb ’ s remote debug technique and gdb / mi, which are usually used to develop the gdb - based embedded system debugger 。 then dwells on how to use gdb / mi to develop a gui front and how to use rsp 、 stub and gdbserver to design a debug agent, in order to expatiate on the design method of the gdb - based embedded system debugger 。 in the end, provides a concrete implementation of the gdb - based embedded system debugger of “ embedded simulation development platform ”, the project of the innovation fund for technology based firms 。

    這個特性不僅在將gnu工具移植到一個新的操作系統和微處理器的時候很有用，對于想調試一個基於gnu支持的晶元的嵌入式系統的開發人員來說，也是非常有用的。由於gdb提供了在大多數嵌入式系統上的可移植的、復雜的調試功能，它已成為嵌入式開發的首選解決方案。本文討論了當前的各種嵌入式調試器的現狀，結合源代碼詳細分析了gdb的結構和調試原理，介紹了開發基於gdb的嵌入式系統調試器常用的遠程調試技術和gdb / mi介面;然後詳細闡述了如何使用gdb / mi開發gdb的圖形前端和怎樣使用rsp協議、 stub和gdbserver設計一個調試代理，從而較深入地討論了基於gdb的嵌入式調試器的設計方法;最後，結合國家中小型企業創新基金項目「嵌入式模擬開發平臺」 ，給出了一個基於gdb的嵌入式系統調試器具體實現。
  2. With the rapid development of the semiconductor process and relevant technology, beyond the traditional integrated circuit, system - on - a - chip ( soc ) is coming up. it consists of a lot of intellectual property ( ip ) blocks and embedded processors, which require a piece of embedded software code to be composed. with design complexity beyond the traditional chips, verification difficulty is growing up

    系統晶元是隨著集成電路的發展而出現的新一代晶元，在系統晶元的設計中大量採用ip核復用技術，系統晶元中還包含有嵌入式的處理器，因而需要同時設計嵌入式的軟體程序，其設計復雜度遠遠高於傳統的ic晶元。
  3. For the existing transformer cooling control system has many shortcomings such as the complicated system control circuit, the low reliability, the protection methods of blower fan being so simple, large control error, high fault rate, massive maintenance work and no method to realize telecommunication, this thesis develops a novel intelligent power transformer air - cooled control system based on the center of microprocessor through all - round technology analysis and research

    本文針對變壓器冷卻系統使用常規控制系統存在的系統控制迴路復雜、可靠性低、風機的保護方式簡單而無法進行故障預測、主變壓器油溫測量精度低造成控制誤差大、故障率高、維護工作量大、無法實現遠程通訊等問題，經過多方面的技術分析和調研，設計開發了新型的以微處理器為核心的智能式電力變壓器風冷卻器控制系統。
  4. An ideal plan model of intelligent long - distance meter reading system was educed based on arm kernel 32 bit microprocessor by introducing embedded software technique, which will accelerate development of long - distance meter reading system in intelligent residential area for the future

    通過對嵌入式軟體技術的具體描述，得出了基於arm核32位處理器的智能遠程抄表系統的理想設計模型，對未來智能小區遠程抄表系統發展有一定的指導意義。
  5. Firstly, this paper makes a detailed study on the field control bus system ( pcs ), including the characters of pcs by comparing fcs and dcs, model networking of pcs and several popular field bus, then put forward a question for discussion combining embeded internet technology and field bus and measure and control networking model based embeded internet technology is constructed. secondly, it studies embeded system including the core of hardware ? mbeded microprocessor and real time operation system. thirdly, the method of realizing embeded internet is discussed for emphasis, and difficulty of ehernet application in industry measure & control system is analysed. an instance of measure & control networking system based embedded ip is given. finally, the author designed a networked remote video surveillance system based embedded web server, c / os - ii is sacled and ported into the embedded microprocessor at89c51. based on the c / os - ii rtos, tcp / ip protocol suite and application program is designed in detail. the system w orks well that improves that the embedded internet technology will be widely used in modern measure & control networking system and has extend values

    本文首先分析了現場總線系統（ fcs ）與傳統集散控制系統（ dcs ）相比具有的特點、 fcs的網路體系結構，介紹了幾種流行的現場總線，提出了將嵌入式internet技術結合現場總線構建現代測控網路的課題；在此基礎上，構建了基於嵌入式internet技術的測控網路結構模型；深入研究了嵌入式系統的核心硬體?嵌入式微處理器，通過對比普通操作系統，描述了嵌入式實時操作系統的特點；重點研究了實現嵌入式internet的四種實現方法，並分析了以太網在工業測控系統中應用的難點，給出了一個基於嵌入式ip的網路測控系統實例；最後，研究與設計了一個基於嵌入式web服務器的遠程網路視頻監控系統，該嵌入式web服務器利用目前成熟的嵌入式實時操作系統c / os - ，通過對c / os -進行適當的裁剪、修改與移植，在at89c51嵌入式微處理器上實現了tcp / ip協議棧及應用程序，系統的成功運行證明了本文研究成果的有效性，也表明嵌入式internet技術在現代測控網路系統中具有廣闊的應用前景和推廣價值。
  6. With enhancement of pumping station automatization, the development of embedded microprocessor, network communication, field bus technology, made pumping station remote monitoring system enable

    隨著泵站自動化程度的增強以及嵌入式微處理器、網路通訊、現場總線技術的發展，使得泵站遠程監控成為可能。
  7. Provides the basic functionality for a remoting activator class

    提供遠程處理激活器類的基本功能。
  8. To enable the system to select a client port on your behalf, your call to the server might complete, but you will have no way of obtaining the result because the call back to your client will not complete. your client does not need to extend

    例如，如果您將委託傳遞給（不能遠程處理的）靜態方法，或忘記將通道埠設置為「 0 」 （以便使系統能夠為您選擇客戶端埠） ，對服務器的調用可以完成，但因為對客戶端的回調無法完成，您將無法得到結果。
  9. Demonstrates the basic. net remoting scenario by building a remotable type, a listener application and a configuration file, and a client application and a configuration file

    在這一部分中我們將執行以下操作：生成可遠程處理的類型，生成偵聽器應用程序與配置文件，生成客戶端應用程序和配置文件；通過這一系列操作來說明基本的
  10. Property to ensure that. net framework remoting can locate the server computer. for more information, see the description of the machinename property in

    Net framework遠程處理可以定位該服務器計算機，必須將該通道配置為使用machinename屬性。
  11. Creates a callout sink and chains it in front of the provided chain of sinks at the context boundary on the client end of a remoting call

    創建一個標注接收器，並將其鏈接到所提供的位於遠程處理調用客戶端的上下文邊界處的接收器鏈的前面。
  12. Note that it is possible for a malicious remoting client to abuse the lease system to mount a denial of service attack against a remoting server

    請注意，惡意遠程處理客戶端有可能濫用該租約系統，對遠程處理服務器實施拒絕服務（ dos ）攻擊。
  13. Your client calls a method on that proxy, and the remoting system receives the call, routes it to the server process, invokes the server object, and returns the return value to the client proxy, which returns the result to the client

    客戶端調用此代理上的方法，而遠程處理系統則接收調用，將其路由到服務器進程，調用服務器對象，並將返回值返回到客戶端代理，而客戶端代理將結果返回到客戶端。
  14. Method is invoked on the message sink by the remoting infrastructure or by a previous sink for synchronous messages

    方法由遠程處理結構或由同步消息的上一個接收器在消息接收器上進行調用。
  15. Starting with. net framework version 1. 1, this mismatch throws the following exception : " system. net. webexception : the underlying connection was closed : could not establish trust relationship with remote server. " if you are unable to configure the remoting client to use the certificate common name, you can override the mismatch using the following settings in your client application configuration file

    從. net framework 1 . 1版開始，這一不匹配的情況會引發以下異常： 「 system . net . webexception ：基礎連接已經關閉：無法與遠程服務器建立信任關系」 。如果您無法將遠程處理客戶端配置為使用證書公用名稱，則可以在客戶端應用程序配置文件中使用以下設置重寫這一不匹配的情況。
  16. Both the client and the server remoting infrastructure must know this information to create proxies for and dispatch method invocations to the remote server object

    客戶端和服務器遠程處理基礎結構都必須了解這些信息，才能為遠程服務器對象創建代理並將方法調用調度到遠程服務器對象。
  17. Selecting a server report configures the control for remote processing

    選擇服務器報表將控制項配置為遠程處理。
  18. Remote processing on a report server is recommended if you require more processing capability than a local control can provide

    如果需要的處理功能比本地控制項提供的處理功能更多，則建議使用報表服務器上的遠程處理。
  19. In this case, the server is specifying that the remoting system should use a

    在這種情況下，服務器指定遠程處理系統應該使用
  20. The following configuration file example tells the. net framework remoting system to register a server channel on behalf of a client application domain so that the client domain can pass a delegate to be used as a callback

    以下配置文件示例指示. net framework遠程處理系統代表客戶端應用程序域注冊一個服務器通道，以便客戶端域能夠傳遞將用作回調的委託。
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