系統緩沖部件 的英文怎麼說

中文拼音 [tǒnghuǎnchōngjiàn]
系統緩沖部件 英文
system buffer element
  • : 系動詞(打結; 扣) tie; fasten; do up; button up
  • : Ⅰ名詞1 (事物間連續的關系) interconnected system 2 (衣服等的筒狀部分) any tube shaped part of ...
  • : Ⅰ形容詞1 (遲; 慢) slow; unhurried 2 (緩和; 不緊張) not tense; relaxed Ⅱ動詞1 (延緩; 推遲) d...
  • : Ⅰ名詞1 (部分; 部位) part; section; division; region 2 (部門; 機關或組織單位的名稱) unit; mini...
  • : Ⅰ量詞(用於個體事物) piece; article; item Ⅱ名詞1. (指可以一一計算的事物) 2. (文件) letter; correspondence; paper; document
  • 系統 : 1. (按一定關系組成的同類事物) system 2. (有條理的;有系統的) systematic
  • 部件 : component; unit; parts; assembly; subsystem; secundina (pl. secundinae)
  1. The theory of the simulation is that, firstly put fuze and parts in simulation device in reverse, then fire them in high speed by air gun, and they fly into gun spinning quickly and impact cushion and brass block in it, negative acceleration because of impact is to simulate setback, meanwhile they spin with spin gun when impacting, so spin environment can be simulated, so the simulation system can stimulate setback and spin of fuze in fire

    該模擬的原理是將引信及其零倒置在模擬彈丸中,通過空氣炮以高速發射出去,然後飛入高速旋轉的旋轉管內,與旋轉管內的塊和黃銅塊碰撞,碰撞而形成的負加速度作為引信發射時受到的后坐,由於碰撞時與旋轉管一起旋轉,模擬引信發射時的旋轉環境,達到模擬引信發射后坐與旋轉環境的目的。
  2. The implementation of deltafile 3. 0 can be divided into two modules ? real - time file system module and manage module for both facilities and drives. the real - time file system contains four parts ? system call api layer, file node manage layer, virtual file system layer, concrete file system layer, which perform the abstraction of the facility

    實時文模塊包含調用api層、文節點管理層、虛擬文層、具體邏輯文層四分,主要完成與設備無關的數據存取介面抽象和各種文標準的實現;設備與驅動管理模塊包含邏輯設備管理層、物理設備管理層、設備區高速存層、設備驅動管理層四分,主要完成外存儲設備管理及其驅動介面抽象功能。
  3. Asymptotic property of the solution of the system which consists of a reliable machine, an unreliable machine and a storage buffer with infinite many workpieces has been studied

    摘要研究了帶無窮多個的,由一個可靠機器,一個不可靠機器與一個庫構成的解的漸近性質。
  4. Employing idef to establish framework, dynamitic and functional models, the system also designs a non - back shifting search arithmetic for double - scanning buffer zone and a double - track structure for searching process. according to the characteristics of e - mail control and electronic documentary mining technology, bayes classifiers are made to strengthen the electronic control system in which electronic documentary mining technology is used ; and moreover the double systematic structure of c / s & b / s is constructor with the presence of some function relationships in mining process as well as systematic mining and program handling

    採用i _ 2def方法建立了結構模型、動態模型和功能模型;設計了雙掃描區的無回溯搜索演算法及搜索過程的雙棧結構;根據電子郵監控和電子文檔挖掘技術的特徵,設計了bayes分類器並使用了增強型方法,提出了一種運用電子文檔挖掘技術的電子郵監控;構建了c / s和b / s雙重體結構;並給出了挖掘過程的分函數調用關挖掘的處理過程、分處理程序。
  5. In order to solve the problems about unfixed instruction length, stack - orientation and addressing virtualization in jvm instruction set, the instruction fetch unit, stack cache and mechanism of address translation in java chip system are studied

    為了解決java虛擬機指令中指令不定長、面向堆棧和地址虛擬化等問題,本文研究了java晶元中取指、堆棧和地址轉換機制以及相應物理存儲器的管理等關鍵技術。
  6. The hardware design is expounded in chapter 3, which include four parts. then we focus on how to merge them together in chapter 4, that is, porting linux to mc9328mx1, this includes several parts, the first part is flashloader which can be used to download programs ; and then, give out develop model of start - up guide code ( bootloader ) which runs before linux kernel and linux kernel ' s start - up analysis, also porting them to arm9 mx1 ; thirdly, we realizes the porting of lcd framebuffer driver based on deeply grasped linux device driver model ; fourthly, the rootfs ( file system ) ? ? cramfs is designed. then we give an example that based on the embedded linux in chapter 5, what we call automobile navigation, and discuss how to develop with our arm linux to meet the need of application, too

    第一章回顧gps導航的發展狀況,指出課題研究背景及主要工作;第二章闡述嵌入式的概念、組成、開發流程及調試方法,構建車載導航開發平臺;第三章介紹導航的硬體設計,包括主控模塊、組合導航模塊、防盜通訊模塊和人機交互模塊四大分;第四章詳細描述移植linux到mx1開發板的過程,包括:交叉編譯環境的建立、下載程序( flashloader )的實現、啟動引導加載代碼bootloader設計與移植、 linux內核的啟動分析及移植到硬體平臺的整個過程、 linux驅動模型的深入的分析及lcd幀顯示設備驅動的移植、根文的構建等;第五章以嵌入式linux操作在車載導航中的應用為實例,介紹嵌入式軟體的設計與實現,通過論述gps車載導航中定位模塊的開發過程,探討了基於arm & linux平臺的應用開發。
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