單片機的外文書籍

❶ 關於單片機的外文書籍 要書名，作者， 出版社，第幾版，時間

書名：Foumdation and Application pf Microcontroller
作者：Guiyun Tian
出版社：高等教育出版社 第一版

❷ 急求關於單片機的外文參考文獻五篇，不要具體內容，只要標題，作者，年份，類型等就可以了

[1] 李東升等.protel 99SE電路設計教程.電子工業出版社,2007.1
[2] 藏春華等.電子線路設計與應用.高等教育出版社,2004.7
[3] 李學海.16位單片機SPCE061A使用教程——基礎篇.人民郵電出版社,2007
[4] 張琳娜,劉武發．感測檢測技術及應用.中國計量出版社,1999
[5] 邵敏權,劉剛.單片機原理實驗及應用.吉林科學技術出版社,1995.1
[6] 楊振江等.智能儀器與數據採集系統中的新器件及應用.西安電子科技大學出版 社,2001.12
[7] 羅亞非等.凌陽16位單片機應用基礎.北京航空航天大學出版社,2005.5
[8] 劉篤仁,韓保君.感測器原理及應用技術。機械工業出版社,2003.8
[9] 薛筠義,張彥斌.凌陽16位單片機原理及應用,2003.2
[10] 徐愛卿.Intel 16位單片機,2002.7
[11] 霍孟友等，單片機原理與應用機械工業出版社，2004.1
[12] 霍孟友等，單片機原理與應用學習概要及題解，機械工業出版社，2005.3
[13] 許泳龍等，單片機原理及應用，機械工業出版社，2005.1
[14] 馬忠梅等，單片機的C語言應用程序設計，北京航空航天大學出版社，2003修訂版
[15] 薛均義 張彥斌 虞鶴松 樊波，凌陽十六位單片機原理及應用，2003年，北京航空航天大學出版社.

❸ 單片機畢業論文外文文獻怎麼找去哪個網站

網路學術，將你所需要的關鍵詞翻譯成英文，再搜索就可以，還可以直接查看哪裡可以下載全文。

❹ 求單片機參考文獻，中文的有相應的外文翻譯

[1]楊十元.模擬系統故障診斷與可靠性設計，清華人學出版社，2004
[2]童詩白.模擬電子技術基礎，高教出版社，2006
[3]周航慈.單片機應用程序設計技術，北京航空航大大學出版社，2005
[4]李剛.ADuC812系列單片機原理和應用技術，北京航空航天山版社，2005
[5]胡誕康.在線測試技術的發展與展望，計量與測試技術，2001
[6]星河科技開發公司，印刷電路板在線測試系統的發展與應用，電子標准化與測量，2003
[7]季華.PCB測試技術的綜合利用，電子產品世界，2007-12
[8]鮮壇.組裝測試技術應用前景分析，世界電子元器件，2008-1
[9]張金敏.基於單片機控制的智能電阻電容在線測試儀，甘肅科技，2006
[10]庄紹雄王濟浩張迎春.智能阻容在線測試技術，山東工業大學學報，
[11]陳國順陳春沙王格芳等.通用電路板在線測試儀設計與開發，儀器儀表學報，2001
[12]Nancy Hplland.Automated Instruments Smooth Rapid Test System Development.Test & Measurement World,AUGUST 2001
[13]盧育強.如何設定ICT的上下限，電子生產設備，2003 142-143
[14]趙悅 沈青松 終玉軍.路板的測試技術，遼寧工學院學報，2008-1
[15]程亞黎 曾周末.電路故障自動測試與診斷系統，中國儀器儀表，2007

❺ 哪位大俠能給我1份 關於單片機的外文參考文獻阿 找了很多地方沒有啊 要是有翻譯的感激不盡阿

[3] AT89C51 DATA SHEEP Philips Semiconctors 1999.dec
[4]Yang. Y., Yi. J., Woo, Y.Y., and Kim. B.: 『Optimum design for linearityand efficiency of microwave Doherty amplifier using a new loadmatching technique』, Microw. J., 2001, 44, (12), pp. 20–36
[5] Vizimuller, P.: 『RF design guide-systems, circuits, and equations』 (ArtechHouse, Boston, MA, 1995)[6]R. Dye, 「Visual Object-Orientated Programming,」 Dr. Dobbs MacintoshJournal, Sept. 1st ( 1991).

❻ 求助如何找到關於單片機的外文文獻翻譯，用於畢業設計

Getting Started with µVision2
The Keil Software 8051 development tools listed below are programs you use to compile your C code, assemble your assembly source files, link and locate object moles and libraries, create HEX files, and debug your target program.
 µVision2 for Windows™ is an Integrated Development Environment that combines project management, source code editing, and program debugging in one single, powerful environment.
 The C51 ANSI Optimizing C Cross Compiler creates relocatable object moles from your C source code.
 The A51 Macro Assembler creates relocatable object moles from your 8051 assembly source code.
 The BL51 Linker/Locator combines relocatable object moles created by the C51 Compiler and the A51 Assembler into absolute object moles.
 The LIB51 Library Manager combines object moles into libraries that may be used by the linker.
 The OH51 Object-HEX Converter creates Intel HEX files from absolute object moles.
 The RTX-51 Real-time Operating System simplifies the design of complex, time-critical software projects.
Software Development Cycle
When you use the Keil Software tools, the project development cycle is roughly the same as it is for any other software development project.
1. Create a project, select the target chip from the device database, and configure the tool settings.
2. Create source files in C or assembly.
3. Build your application with the project manager.
4. Correct errors in source files.
5. Test the linked application.
µVision2 IDE
The µVision2 IDE combines project management, a rich-featured editor with interactive error correction, option setup, make facility, and on-line help. Use µVision2 to create your source files and organize them into a project that defines your target application. µVision2 automatically compiles, assembles, and links your embedded application and provides a single focal point for your development efforts.
LIB51 Library Manager
The LIB51 library manager allows you to create object library from the object files created by the compiler and assembler. Libraries are specially formatted, ordered program collections of object moles that may be used by the linker at a later time. When the linker processes a library, only those object moles in the library that are necessary to create the program are used.
BL51 Linker/Locator
The BL51 linker creates an absolute object mole using the object moles extracted from libraries and those created by the compiler and assembler. An absolute object file or mole contains no relocatable code or data. All code and data reside at fixed memory locations. The absolute object file may be used:
 To program an EPROM or other memory devices,
 With the µVision2 Debugger for simulation and target debugging,
 With an in-circuit emulator for the program testing.
µVision2 Debugger
The µVision2 symbolic, source-level debugger is ideally suited for fast, reliable program debugging. The debugger includes a high-speed simulator that let you simulate an entire 8051 system including on-chip peripherals and external hardware. The attributes of the chip you use are automatically configured when you select the device from the Device Database.
The µVision2 Debugger provides several ways for you to test your programs on
real target hardware:
 Install the MON51 Target Monitor on your target system and download your program using the Monitor-51 interface built-in to the µVision2 Debugger.
 Use the Advanced GDI interface to attach use the µVision2 Debugger front end with your target system.
Monitor-51
The µVision2 Debugger supports target debugging using Monitor-51. The monitor program resides in the memory of your target hardware and communicates with the µVision2 Debugger using the serial port of the 8051 and a COM port of your PC. With Monitor-51, µVision2 lets you perform source-level, symbolic debugging on your target hardware.
RTX51 Real-Time Operating System
The RTX51 real-time operating system is a multitasking kernel for the 8051 microcontroller family. The RTX51 real-time kernel simplifies the system design, programming, and debugging of complex applications where fast reaction to time critical events is essential. The kernel is fully integrated into the C51 Compiler and is easy to use. Task description tables and operating system consistency are automatically controlled by the BL51 linker/locator.
C51 Optimizing C Cross Compiler
The Keil C51 Cross Compiler is an ANSI C Compiler that was written
specifically to generate fast, compact code for the 8051 microcontroller family.
The C51 Compiler generates object code that matches the efficiency and speed
of assembly programming.
Using a high-level language like C has many advantages over assembly language
programming:
 Knowledge of the processor instruction set is not required. Rudimentary knowledge of the memory structure of the 8051 CPU is desirable (but not necessary).
 Details like register allocation and addressing of the various memory types and data types is managed by the compiler.
 Programs get a formal structure (which is imposed by the C programming language) and can be divided into separate functions. This contributes to source code reusability as well as better overall application structure.
 The ability to combine variable selection with specific operations improves program readability.
 Keywords and operational functions that more nearly resemble the human thought process may be used.
 Programming and program test time is drastically reced.
 The C run-time library contains many standard routines such as: formatted output, numeric conversions, and floating-point arithmetic.
 Existing program parts can be more easily included into new programs because of molar program construction techniques.
 The language C is a very portable language (based on the ANSI standard) that enjoys wide popular support and is easily obtained for most systems.
Existing program investments can be quickly adapted to other processors as needed.
Code Optimizations
The C51 Compiler is an aggressive optimizing compiler that takes numerous steps to ensure that the code generated and output to the object file is the most efficient (smallest and/or fastest) code possible. The compiler analyzes the generated code to proce the most efficient instruction sequences. This ensures that your C program runs as quickly and effectively as possible in the least amount of code space.
The C51 Compiler provides nine different levels of optimizing. Each increasing level includes the optimizations of levels below it. The following is a list of all optimizations currently performed by the C51 Compiler.
General Optimizations
 Constant Folding: Constant values occurring in an expression or address calculation are combined as a single constant.
 Jump Optimizing: Jumps are inverted or extended to the final target address when the program efficiency is thereby increased.
 Dead Code Elimination: Code that cannot be reached (dead code) is removed from the program.
 Register Variables: Automatic variables and function arguments are located in registers whenever possible. No data memory space is reserved for these variables.
 Parameter Passing Via Registers: A maximum of three function arguments
 may be passed in registers.
 Global Common Subexpression Elimination: Identical subexpressions or address calculations that occur multiple times in a function are recognized and calculated only once whenever possible.
 Common Tail Merging: Common instruction blocks are merged together using jump instructions.
 Re-use Common Entry Code: Common instruction sequences are moved in front of a function to rece code size.
 Common Block Subroutines: Multiple instruction sequences are packed into subroutines. Instructions are rearranged to maximize the block size.

中文譯文
Keil C 簡介
Keil Software 的8051開發工具提供以下程序，你可以用它們來編譯你的C源碼，匯編你的匯編源程序，連接和重定位你的目標文件和庫文件，創建HEX文件，調試你的目標程序。
Windows應用程序uVision2是一個集成開發環境，它把項目管理，源代碼編輯，程序調試等集成到一個功能強大的環境中。
 C51美國標准優化C交叉編譯器從你的C源代碼產生可重定位的目標文件。
 A51宏匯編器從你的8051匯編源代碼產生可重定位的目標文件。
 BL51連接/重定位器組合你的由C51和A51產生的可重定位的目標文件，生成絕對目標文件。
 LIB51庫管理器組合你的目標文件，生成可以被連接器使用的庫文件。
 OH51目標文件到HEX格式的轉換器從絕對目標文件創建Intel HEX 格式的文件。
 RTX-51實時操作系統簡化了復雜和對時間要求敏感的軟體項目。
軟體開發流程
當你使用Keil Software工具時，你的項目開發流程和其它軟體開發項目的流程極其相似。
1. 創建一個項目，從器件庫中選擇目標器件，配置工具設置。
2. 用C語言或匯編語言創建源程序。
3. 用項目管理器實現你的應用。
4. 修改源程序中的錯誤。
5. 測試，連接應用。
uVision2 IDE
uVision2 集成開發環境集成了一個項目管理器，一個功能豐富、有錯誤提示的編輯器，以及設置選項，生成工具，在線幫助。利用uVision2創建你的源代碼並把它們組織到一個能確定你的目標應用的項目中去。uVision2自動編譯，匯編，連接你的嵌入式應用，並為你的開發提供一個單一的焦點。
C51編譯器和A51匯編器
源代碼由uVision2 IDE創建，並被C51編譯或A51匯編。編譯器和匯編器從源代碼生成可重定位的目標文件。Keil C51編譯器完全遵照ANSI C語言標准，支持C語言的所有標准特性。另外，直接支持8051結構的幾個特性被添加到裡面。Keil A51宏匯編器支持8051及其派生系列的全部指令集。
LIB51 庫管理器
LIB51庫管理器允許你從由編譯器或匯編器生成的目標文件創建目標庫。庫是一種被特別地組織過並在以後可以被連接重用的對象模塊。當連接器處理一個庫時，僅僅那些被使用的目標模塊才被真正使用。
BL51 連接器/定位器
BL51 連接器/定位器利用從庫中提取的目標模塊和由編譯器或匯編器生成的目標模塊創建一個絕對地址的目標模塊。一個絕對地址目標模塊或文件包含不可重定位的代碼和數據。所有的代碼和數據被安置在固定的存儲器單元中。此絕對地址目標文件可以用來：
 寫入EPROM或其它存儲器件。
 由uVision2調試器使用來模擬和調試。
 由模擬器用來測試程序。
uVision2 調試器
uVision2源代碼級調試器是一個理想地快速，可靠的程序調試器。此調試器包含一個高速模擬器，能夠讓你模擬整個8051系統，包括片上外圍器件和外部硬體。當你從器件庫中選擇器件時，這個器件的特性將自動配置。
uVision2調試器為你在實際目標板上測試你的程序提供了幾種方法：
 安裝MON51目標監控器到你的目標系統並且通過Monitor-51介面下載你的程序。
 利用高級的GDI（AGDI）介面，把uVision2調試器綁定到你的目標系統。
Monitor-51
uVision2調試器支持用Monitor-51進行目標板調試。此監控程序駐留在你的目標板的 存儲器里，它利用串口和uVision2調試器進行通信。利用Monitor-51，uVision2調試器 可以對你的目標硬體實行源代碼級的調試。
RTX51實時操作系統
RTX51實時操作系統是一個針對8051系列的多任務核。RTX51實時內核從本質上簡化了對實時事件反應速度要求高的復雜應用系統的設計，編程和調試。RTX51實時內核是完全集成到C51編譯器中的，從而方便使用。任務描述表和操作系統的連接由BL51連接器/定位器自動控制。
C51優化的C語言交叉編譯器
Keil C51交叉編譯器是一個基於ANSI C標準的針對8051系列MCU的C編譯器，生成的可執行代碼快速、緊湊，在運行效率和速度上可以和匯編程序得到的代碼相媲美。
和匯編語言相比，用C語言這樣的高級語言有很多優勢，比如：
 對處理器的指令集不必了解，8051 CPU的基本結構可以了解，但不是必須的。
 寄存器的分配以及各種變數和數據的定址都由編譯器完成。
 程序擁有了正式的結構（由C語言帶來的），並且能被分成多個單獨的子函數。這使整個應用系統的結構變得清晰，同時讓源代碼變得可重復使用。
 選擇特定的操作符來操作變數的能力提高了源代碼的可讀性。
 可以運用和人的思維很接近的詞彙和演算法表達式。
 編寫程序和調試程序的時間得到很大程度的縮短。
 C運行連接庫包含一些標準的子程序，如:格式化輸出，數字轉換，浮點運算。
 由於程序的模塊結構技術，使得現有的程序段可以很容易的包含到新的程序中去。
 ANSI 標準的C語言是一種豐常方便的，獲得廣泛應用的，在絕大部分系統中都能夠很容易得到的語言。
因此，如果需要，現有的程序可以很快地移植到其他的處理器上，節省投資。
代碼優化
C51是一個傑出的優化編譯器，它通過很多步驟以確保產生的代碼是最有效率的（最小和/或最快）。編譯器通過分析初步的代碼 產生最終的最有效率的代碼序列，以此來保證你的C語言程序佔用最少空間的同時運行的快而有效。
C51編譯器提供9個優化級別。每個高一級的優化級別都包括比它低的所有優化級別的優化內容。以下列出的是目前C51編譯器提供的所有優化級別的內容：
 常量折疊：在表達式及定址過程中出現的常量被綜合為一個單個的常量。
 跳轉優化：採用反轉跳轉或直接指向最終目的的跳轉，從而提升了程序的效率。
 啞碼消除：永遠不可能執行到的代碼將自動從程序中剔除。
 寄存器變數：只要可能，局部變數和函數參數被放在CPU寄存器中，不需要為這些變數再分配存儲器空間。
 通過寄存器傳遞參數：最多三個參數通過寄存器傳遞。
 消除全局公用的子表達式：只要可能，程序中多次出現的相同的子表達式或地址計算表達式將只計算一次。
 合並相同代碼：利用跳轉指令，相同的代碼塊被合並。
 重復使用入口代碼：需要多次使用的共同代碼被移到子程序的前面以縮減代碼長度。
公共塊子程序：需要重復使用的多條指令被提取組成子程序。指令被重新安排以最大化一個共用子程序的長度。

❼ 急求一份關於單片機紅外遙控電子密碼鎖相關的參考文獻。來5份左右外文的。多多益善。先謝謝啦。

[1] 於殿泓，王新年．單片機原理與程序設計實驗教程[M]．西安：西安電子科技大學出版社，2007，8．
[2] 趙文博，劉文濤．單片機語言C51程序設計[M]．北京：人民郵電出版社，2005，10．
[3] 李愛秋．紅外線遙控12位電子密碼鎖的設計[J]． 溫州職業技術學院學報第8卷第一期，2008．
[4] 陳傑，黃鴻．感測器與檢測技術[M]．北京:高等教育出版社，2010，8．
[5] 周航慈. 單片機應用程序設計技術[M]. 北京：北京航空航天大學出版社，2011，2．
[6] 李朝青. 單片機原理及介面技術[M]. 北京：北京航空航天大學出版社, 2005，10．
[7] 孫育才. MCS-51系列單片微型計算機及其應用[M]. 東南大學出版社, 2004，6．
[8] 沈紅衛. 單片機應用系統設計實力與分析[M]. 北京:北京航空航天大學出版社，2003.
[9] 徐愛鈞, 彭秀華. 單片機高級語言C51應用程序設計[M].北京航空航天大學出版社，2006．
[10] 曾一江. 單片微機原理與介面技術[M]. 北京：科技出版社,2009，12．
[11] 康華光. 電子技術基礎（模擬部分）[M]. 北京：高等教育出版社, 2004，4．
[12] Nishino S F,Paoli G C,Spain J C. Aerobic degradation of dinitroto-luenes and pathway for bacterial degradation of 2,6-dinitrotoluene Volume 66,2006.
[13] Kennes C,W M Wu,L Bhatnagar et al. Anaerobic dechlorination and mineralization of PCP and 2,4,6-trichlorophenol by the methanogenic PCP-degrading granules Volume 44,2004.
[14] Philips. Proct Specification. COMS single-chip 8-bit microcontroller.
[15] Hermarn K P. Neubert. Instrument Transcers-An Introction to their Performance and Design.2nd Ed[M]. Clarendon Press, Oxford. 1975.

❽ 求關於單片機或LCD的外文文獻 要書名，作者， 出版社，第幾版，時間.

[1]Bo Ran Han,Zheng Liu,You Zhou,Kai Zhou. Queue System Based on GSM Modem and Single Chip Microcomputer』s Communication[J]. Advanced Materials Research,2012,1566(433).

[2]Bing Liu,Tao Wu. Design and Application of Single Chip Microcomputer in SCR Light Regulation Circuit[J]. Applied Mechanics and Materials,2013,2754(431).

[3]Min Cao. A Study of Visual Wireless Control System Based on MCU in Power Plants[J]. Applied Mechanics and Materials,2014,2808(448).

[4]Jun Jie Lin,Chun Yang Wang,Da Sen Wang. Arbitrary Integer Frequency Divider Based on Single Chip Microcomputer[J]. Applied Mechanics and Materials,2014,2789(441).

[5]Hong Li,Si Qing Zhang. Design for Robot Control Board Based on AVR Single Chip Microcomputer[J]. Applied Mechanics and Materials,2014,2935(484).

[6]Qi Guo Yao,Yu Liang Liu. Reliability Design of Ship Main Engine Remote Control System Based on Single Chip Microcomputer[J]. Applied Mechanics and Materials,2014,3207(556).

[7]Jian Pu Bia,Mei Xia Gao. Design of Ultrasonic Rangefinder Controlled by Single Chip Microcomputer[J]. Applied Mechanics and Materials,2014,3360(599).

[8]Dan Tong Zhang. Research on University Classroom Lighting Energy Saving Intelligence Control System Based on Single Chip Microcomputer[J]. Advanced Materials Research,2014,3470(1030).

[9]Qing Zhuang. Weighing System Design Based on Single Chip Microcomputer[J]. Advanced Materials Research,2015,3701(1070).

[10]Yishan Zeng,Jun Qian. Designs of a fire detecting and fire pre-warning system based on single chip microcomputer[J]. Procedia Engineering,2010,7.

中國知網，網路學術，谷歌學術
上面都可查找