操作數位 的英文怎麼說

中文拼音 [cāozuòshǔwèi]
操作數位 英文
operand bit
  • 操 : Ⅰ動詞1 （抓在手裡; 拿; 掌握） hold; grasp 2 （做; 從事） act; do; operate 3 （用某種語言、方言說...
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 位 : Ⅰ名詞1 （所在或所佔的地方） place; location 2 （職位; 地位） position; post; status 3 （特指皇帝...
  • 操作 : 1 （按照一定的程序和技術要求進行活動） operate; manipulate; handle 2 （所進行的若干連續生產活動的...
  • 數位 : numerical digit; digit; place; digit position
  1. The operand is an 8 - bit integer containing the ordinal of a local variable or an argumenta

    該操作數為包含局部變量或參數的序號的8位整數。
  2. Complement, shift, and rotate operations require one operand.

    「求補」，「移位」和「環移」等操作就只需要一個操作數。
  3. Computes the bitwise exclusive - or of its operands

    將計算操作數的按位「異或」 。
  4. The operand is a 32 - bit metadata string token

    該操作數為32位元數據字元串標記。
  5. The operand is a 32 - bit ieee floating point number

    該操作數為32位ieee浮點數。
  6. The operand is a 64 - bit ieee floating point number

    該操作數為64位ieee浮點數。
  7. The operand is a 32 - bit metadata signature token

    該操作數為32位元數據簽名標記。
  8. In postfix notation, the operator comes after its operands

    在後綴表示法中，操作符位於操作數後面。
  9. It integrates the functions of servo amplifier, dynamic operator, position transmitter and remote communication. many new functions have added to its original ones, such as the real - time logical judgment, malfunctions self - diagnosis, alarm & protection, led display, on - line setting and adjustment of functional parameter and position transmitter, power - absence data auto - protection, watchdog system protection, and the long - range communication with pc

    系統集伺服放大器、電動操作器、位置發送器及遠程網路式通信功能於一體，在保留對應部分原有功能的同時，還新增了邏輯實時判斷、故障實時監控、 led動態顯示數據、功能參數設置、掉電數據自保護、 「看門狗」電路保護、位置發送器在線調節、與遠程工控機數據通信等眾多功能。
  10. 64 - bit quantity, the shift count is given by the low - order six bits of second operand

    （ 64位數） ，則移位數由第二個操作數的低6位給出。
  11. 64 - bit quantity, the shift count is given by the low - order six bits of the second operand second operand 0x3f

    （ 64位數） ，則移位數由第二個操作數的低六位給出（第二個操作數& 0x3f ） 。
  12. The chip simulation network laboratory system this paper disguessed is a distribute network simulation system based on lan. the system ' s architecture is a c / s of three lays. the front platform are the chip simulation network system application program terminer ; the middle lay is a dcom server, it ' s duty is to deal with the communication and data transmission between the terminer and then database server, and to execute the logical operation. the application program just connect with the middle lay and get data from it, the connection and operation with database server will be managed by the dcom server. the duty of database server is to access and backup the final data

    具體是由位於網路各個終端的晶元模擬網路實驗系統應用程序為前臺；中間層為dcom應用程序服務器，負責處理前臺應用程序與后臺數據庫的通信和數據傳輸，並執行業務邏輯，前臺應用程序只需要與應用程序服務器建立連接，在中間層操作數據即可，與后臺數據庫的連接和操作由應用程序服務器來統一管理操作。后臺數據庫只負責數據的存取操作。本論文實施的晶元模擬網路實驗系統模擬了主要的邏輯電路器件， 8088cpu ，存儲器，寄存器，數據總線，地址總線和控制總線，及其它相關晶元。
  13. And finally, the complement operator inverts the value of each bit of the operand : if the operand bit is 1 the result is 0 and if the operand bit is 0 the result is 1

    最後，上面的互補運算符（按位異或）對兩個操作數的每個比特位進行值的轉化:操作數比特位是1的（另一個為0 ）運算后的（比特位）結果為1 ，比特位為0 （而另一個操作數為1的） ，計算后結果為1
  14. In the paper, i construct a software platform for the turbine and feedwater pump. the platform is an object - oriented system that can be extended by the other models. i have programmed the classes of the performance of the turbine and feedwater pump. besides, the software platform has the functions of giving alarms, the storage of data, the analysis of accident, configuration of chart, administrator operation, report, the query of history data. the paper has explained the methods of constructing the platform at the same time i set forth in details the connections of mis with dcs and distributing the performance data

    本文針對電廠開發了汽輪機與給水泵組性能分析與評價平臺，本系統平臺用面向對象方法編制，並與多位同學合作編寫了汽輪機與給水泵組與性能有關的多個模塊同時可以另外插入模塊擴充功能，此系統平臺還具有數據存儲、歷史數據查詢、報警處理、事故分析、曲線組態、管理員操作、數據報表等多種功能，此外，本文詳細闡述了平臺的構建過程並且詳細論述了dcs與系統的連接方法， activeform電廠設備性能數據網路發布的方法以及現今電廠流行的pi實時數據庫的深入開發與利用，並分別編寫了相應的程序。
  15. Operator performs a bitwise complement operation on its operand

    運算符執行操作數的按位求補運算。
  16. Operator performs a bitwise complement operation on its operand, which has the effect of reversing each bit

    運算符對操作數執行按位求補運算，其效果相當于反轉每一位。
  17. This paper is based on the cosco vessel investment decision support system project. firstly, according to the shipping enterprise ' s situation and character, a program suitable to the shipping enterprise is given, which is used to help decision - maker analyze the economical effect of the investment and choose correct investment project. secondly, the author extends the use of the evaluation method of single ship investment, simplifys the calculation of revenue and cost, set up the multi - objective synthesis evaluation model of ship investment to evaluate ship investment considering the fleet as a whole, then to make decisions on vessel type jtonnage, number, financing pattern ; finally, the author analyzes the system, and designs the system, mainly including the design of operation database, design of decision support database, the design of models database, system interface, the style of the system, and analyzes the techni cal problems about the system, some functions has been put into use

    以輔助或支持企業的決策者分析投資的經濟效果，選擇投資方向及決策方案，使決策的結果更能滿足航運企業發展的實際需要，作出科學的決策；其次，本文將單船投資決策的技術經濟評價方法進行推廣，在計算npv指標中涉及到的復雜的成本與收入計算問題進行簡化，並利用運籌學的知識，建立船舶投資決策模型，從船隊整體角度對船舶投資進行綜合評價，以達到對船隊中投入船舶種類、船舶噸位、數量與融資方式選擇的多維決策；最後，本文對船舶投資決策支持系統進行了詳細的系統分析，作出整體框架設計，主要包括操作數據庫設計、 dss數據庫設計、模型庫設計和系統介面、系統風格設計，並對系統開發中涉及到的技術問題予以分析，並實現了部分功能。
  18. The high - order bits of first operand are discarded and the low - order empty bits are zero - filled

    第一個操作數的高序位被放棄，低序空位用0填充。
  19. Fprs are the source and destination operands of all floating - point operations and can contain 32 - bit and 64 - bit signed and unsigned integer values, as well as single - precision and double - precision floating - point values

    Fpr是所有浮點操作的源和目的操作數，可以存放32位和64位的有符號和無符號整數，以及單精度和雙精度浮點數。
  20. The operand entry or subentry in machine instructions that specifies the number of bytes at a specific address that are affected by the execution of the instruction

    機器指令中的操作數項或子項，定義由於執行指令而受影響的特定地址的位元組數。
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