random access system 中文意思是什麼

random access system 解釋
隨機存取系統
  • random : n 〈罕用語〉胡亂行為,偶然的[隨便的]行動[過程]。adj 1 任意的,胡亂的,隨便的;(話等)信口亂說的...
  • access : n. 1. 接近;會面。2. 捷徑,門路〈指方法、手段〉;檢查孔;進路,入口;【自動化】(存貯器的)存取。3. (病的)發作;(怒氣等的)爆發。4. 增加。
  • system : n 1 體系,系統;分類法;組織;設備,裝置。2 方式;方法;作業方法。3 制度;主義。4 次序,規律。5 ...
  1. Abstract : a technical solution for the multi - channel random data stream by tsr receiving programming is presented. details about resident interrupt receiving, data buffer setup, data segment address keeping, buffer read / write operation and program resident / unresident are described , and information process programming with advanced language is discussed. the application of this technique in the control system for the automatic burdening of a cement production line is given. the debugging method and procedure is introduced. source program written in advanced language, include data buffer access and calling are listed

    文摘:給出了一種「多通道隨機數據流的中斷駐留接收技術方案」 ,詳細描述了內存駐留中斷接收、開設數據緩沖區、數據段地址保存、駐留/解除和數據緩沖區讀取,討論了高級語言程序信息處理,舉出了該技術方案在「水泥生產線微機全自動配料測控系統」中應用的實例,介紹了調試方法和步驟,給出了高級語言讀取數據緩沖區數據及調用源程序。
  2. In the abb system, microprocessor msp430f437ipz was the main controller. and ferroelectric random access memory fm24c04 was adopted to store the most important real - time data

    鐵電存儲器的技術,保障了汽車黑匣子在嚴重事故中仍能保持實時數據的完好,使得系統的可靠性和安全性都得到很大的提高。
  3. Non - olatile random - access memory. a type of ram that retains its data een when the system is powered down. nram frequently consists of an sram and a long - life battery

    非易失的隨機訪問存儲器。一種能在系統關機的情況下保持它的數據的ram 。 nram常常由sram和長壽命電池組成。
  4. Non - volatile random - access memory. a type of ram that retains its data even when the system is powered down. nvram frequently consists of an sram and a long - life battery

    非易失的隨機訪問存儲器。一種能在系統關機的情況下保持它的數據的ram 。 nvram常常由sram和長壽命電池組成。
  5. Analysis of capacity of spread spectrum random access communication system spread with kasami sequences

    序列隨機多址擴頻通信系統的容量分析
  6. Make clear the procedure of sending and receiving packet of kernel and the implementation of traffic control. the special mechanism in linux such as wait queue, task queue, time interrupt is also explained. after analyzing the file system of linux at large, we bring forward the design of modifying of file system. since many little file is created during the service of email and file service, we introduce the non volatile random access ram, by modifying the arithmetic of file system, changing the data flow of file system

    本文詳細介紹了針對網路專用服務器的專用linux系統的設計,對linux文件系統進行了詳盡的解析,包括vfs的實現, buffercache的作用等;並對塊設備驅動程序在內核中各個介面進行了分析;解析了內核接收和發送數據包的全過程以及流量控制在內核中的全過程;並對linux系統的一些特殊的機制如等待隊列,任務隊列,時鐘中斷等進行了詳細的解釋。
  7. Based on the study of hfc mac protocol over contention / reservation scheme, an efficient method, which worked on random contention and polling model has been proposed in this article to meet the needs of a multi - priority service access control system

    摘要研究了基於爭用預約機制的混合光纖同軸寬帶接入網媒體接入控制協議原理,提出了隨機爭用與周期查詢排隊系統相結合的終端申請接入方式,使不同優先級的終端申請能以不同的控制機制實現接入。
  8. A computer system could not operate without main memory, also called internal memory, primary memory, primary storage, random access memory ( ram ), or simply memory

    計算機系統的運行不能離開主存儲器,也被稱為內存、主存、基本主存,及隨機存儲處理器( ram ) ,或簡單記憶體。
  9. The on - chip memory performance of embedded systems directly affects the system designers decision about how to allocate expensive silicon area. a novel memory architecture, flexible sequential and random access memory fsram, is investigated for embedded systems

    而我們開展的一項研究驗證了一種新型低功耗的片外存儲器結構的性能潛力,即靈活的順序與隨機存取存儲器lexible sequential and random access memory ,簡稱fsram 。
  10. This paper introduces the origin of jpeg 2000, jpeg 2000 itself and its application background as well as the still - image compression and coding system. jpeg 2000 standard is thoroughly analyzed in this paper. the features of jpeg 2000 such as region of interest coding, random access and progressive transmission are discussed in this paper

    Jpeg2000是目前國際上最新的靜態圖像壓縮編碼標準,本文分析了jpeg2000的由來和應用背景,並由靜態圖像編碼壓縮系統的背景知識出發,對jpeg2000標準進行了深入的研究,對該標準的新特性,包括roi編碼、隨機訪問技術、漸進傳輸等進行了探討。
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