remote processor 中文意思是什麼

remote processor 解釋
遠程處理機
  • remote : adj ( moter; est)1 遙遠的,遠距離的;偏僻的,邊遠的 (from)。2 很久以前[以後]的。3 疏遠的;遠...
  • processor : n. 1. 〈美國〉農產品加工者;進行初步分類的人。2. (數據等的)分理者;【自動化】信息處理機。
  1. In soft, abnegating bald dos operating system, we will realize testing and displaying in real time on windows operating system. in hardware, we use computer as postposition cpu, monolithic processor as front cpu, and link them into simple network. in this way, we will realize a kind of distributing testing system providing with high precision and remote controlled ability

    軟體上,屏棄枯燥的D O S界面,使用windows平臺實現實時性很高的實測實顯任務;硬體上,將計算機作為上位機,單片機作下位機,連成簡單的網路,實現高精度的、具有遠程控制能力的一種分散式測試系統。
  2. 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。
  3. This system uses the means of distributing control and concentrating management. the remote terminal ( rt ) controls electrical loads, meanwhile the power system processor ( psp ) controls the whole electrical system. this power distribution system realizes effectively load automatic management

    該系統採用分散式控制、集中式管理的策略,由各個遠程終端( rt )控制電氣負載,而由供電系統處理機( psp )負責整個電氣系統的綜合控制,有效地實現了負載的自動化管理。
  4. The monitoring system of remote electric quantity based on pstn obtains the electrical parameters of transformer by the data acquisition module, host computer dials every monitored station by roll polling. inferior processor transmits datas to the computer in superior monitoring center through pstn for storage and processing, to provide the analysis and statistics for the supervisor section. the system is simple and cheap, and it will have a good prospect of application in electrical system

    基於pstn的遠程電量監控系統通過數據採集模塊對變壓器的電參數進行採集,主機通過「輪循」的方式,依次撥通每一個監測站點,下位機將檢測到的數據通過pstn公用電話網送到上層監控中心的計算機系統進行存儲和處理,以提供主管部門的分析和統計之用。
  5. In hardware system design, we adopted the microcontroller of at89c51 as the main controller of inferior processor, it is used to connect the modem with the data acquisition module. mcs - 51 assemble language is used to program the software of the device to realize the data transmission between modem and inferior processor. when the electric power in the run is beyond the specified value, the inferior processor can dial the phone number of central computer automatically to send the alarm message through the communication line. using a single - chip microcomputer to control a modem to transmit remote datas are introduced in detail

    隨后詳細地介紹了系統的總體設計思想和具體的實現過程。在硬體系統設計中,採用了at89c51單片機作為下位機主控制器,用於連接modem和數據採集模塊。通過使用mcs51匯編語言編寫程序,實現了下位機與modem之間的數據傳輸,同時實現了自動檢測負荷,進行撥號報警的功能,其中重點介紹了單片機控制modem進行遠程數據傳輸的方法。
  6. Next, the image processor, the movement controller and the remote supervisory controller are designed

    成功地設計了圖像處理器、運動控制器、遠程監控器。
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