進制反碼 的英文怎麼說
中文拼音 [jìnzhìfǎnmǎ]
進制反碼
英文
complement on n-n-
Always refer to backreferences, not octal codes
總是指反向引用,而不是八進制代碼。Identifies either an octal escape value or a backreference
標識一個八進制轉義碼或反向引用。The circuit receives feedback signal of encoder, disposes it by pid and in the form of digit sends control signal which is transformed by d / a into analogue signal to servo amplifier, so further to control motors
電路板接收碼盤反饋信號,通過內嵌的pid演算法,以數字形式給出控制量,經過d a轉化為模擬控制信號給伺服放大器,進而控制電機運行。The manner of modulation, the spread spectrum codes, and the manner of the acquisition and tracking are discussed. barker codes, dpsk and match filter with the ability of rapid acquisition are concluded as the appropriate manner for cdma missile controlling and guiding
對擴頻碼、調制解調方式、捕獲與跟蹤方式進行討論,得出barker碼、 dpsk 、匹配濾波器快速捕獲是適合便攜式反坦克導彈cdma無線制導的相應工作方式。Because of the unique issues in the networks, including mobility - induced disconnection, network partition, high out - of - order delivery ratios and channel errors, the congestion control and the error recovery in the network is challenging. in this environment, the interaction between tcp and mac layer protocols, the affection of route protocols on the performance of tcp and the particular congestion control and error recovery mechanism are first discussed. then a particular transport layer protocol scheme based on the non - feedback mechanism is presented, with emphasis on the analysis and simulation of the key parameter
文中主要討論了兩種不同網路結構中的無線tcp協議改進方案,其一在最後一跳為無線鏈路的網路環境中,針對基本tcp擁塞控制機制存在的缺陷,文中在現有解決方案的基礎上提出一綜合性的方案,其中包括無線鏈路的高誤碼率和連接斷開問題的解決,並重點對方案中出現的交叉層問題進行分析和模擬;其二,考慮的是分散式網路( adhoc ) ,在文中較為詳細的分析了tcp和mac層機制間的相互作用、路由協議中造成tcp性能降低的因素、 adhoc網路中應採取的特殊擁塞控制和差錯恢復機制,在此基礎上提出了一種採用非反饋機制的解決方案,重點對方案中的關鍵參數進行分析和模擬,分析和模擬結果表明此機制可在很大程度上提高adhoc網路中tcp的性能。The disassembler can be used to analyse the code statically, to remove the obfuscations, to decrypt binaries etc
反匯編器可以用來靜態分析代碼,移除陷阱,對二進制代碼進行解碼等。It can directly control and drive the stepmotor and dc servomotor, and it can control the ac servomotor by controlling the ac transducer, and it also has the function of detecting the feedback position signal of photoelectric coder and induction phase shifter
它能直接控制和驅動步進電機和直流伺服電機,並可通過控制交流變頻器對交流伺服電機進行控制,而且具有光電編碼器和感應移相器位置反饋信號檢測功能。At the aspect of hardware design, it adopts pulse distributor and the technology of single polar voltage drive to accomplish the function of controlling and driving stepmotor ; it adopts the technology of pulse width modulation and cmos h - bridge drive to accomplish the function of controlling and driving dc servomotor ; it adopts d / a convertor to accomplish the function of controlling ac transducer ; it adopts the technology of digital phase detection to accomplish the function of detecting the feedback position signal of induction phase shifter ; it adopts dsp ’ s capture cell to accomplish the function of detecting the feedback position signal of photoelectric coder
硬體方面,採用脈沖分配器和單極性電壓驅動技術實現了步進電機的控制和驅動功能;採用脈寬調制技術和cmos互補h橋驅動技術實現了直流伺服電機的控制和驅動功能;採用d / a轉換器實現了交流變頻器的控制功能;採用數字化相位檢測技術實現了感應移相器位置反饋信號的檢測功能;採用dsp的捕獲單元實現了光電編碼器位置反饋信號的檢測功能。Most of today s software is designed to interact on the net somehow, and as soon as the net enters the picture, security looms large
那樣,可以更改二進制的名稱,該程序的輸出將自動反映這個更改。雖然如此,該代碼有嚴重的問題。It can be summarized in several aspects : 1. researching the coding and decoding technic, and give the some method of improving the space coding theory. 2. researching the digital signal process technology, and build the control system by using the digital signal processor tmslf2407a. 3
本文主要研究激光駕束制導反坦克導彈技術以及其物理實現,主要工作包括以下幾個方面: 1對于制導編碼技術進行了一定程度的研究,提出了改進空間編碼技術的若干方法。It brought forward genetic algorithms with binary character string coding, genetic operation is the best optional optimization preserving strategy operation, multipoint crossover and nonsymmetrical mutation based on researching widely the genetic algorithms " characteristics of varied coding modes, selection modes, crossover modes and mutation modes in allusion to genetic algorithms is difficult of multi - parameter coding and genetic operation ' s realization for wave impedances inversion
針對遺傳演算法用於波阻抗反演涉及多參數編碼、以及對應遺傳操作不易實現的問題,在廣泛研究了遺傳演算法的各種編碼方式、及其對應的選擇方式、交叉方式以及變異方式特點的基礎上,提出了採用二進制字元串編碼、遺傳操作為最優保存策略選擇、多點交叉和非均勻變異的遺傳演算法。This paper brought forward global optimized wave impedances mixed inversion based on genetic algorithms with binary character string coding, genetic operation is the best optional optimization preserving strategy operation, multipoint crossover and nonsymmetrical mutation based on researching widely the genetic algorithms ' characteristics of varied coding modes, selection modes, crossover modes and mutation modes in allusion to genetic algorithms is difficult of multi - parameter coding and genetic operation ' s realization for wave impedances inversion
摘要針對遺傳演算法用於波阻抗反演涉及多參數編碼、以及對應遺傳操作不易實現的問題,在廣泛研究了遺傳演算法的各種編碼方式、及其對應的選擇方式、交叉方式以及變異方式特點的基礎上,提出了採用二進制字元串編碼、遺傳操作為最優保存策略選擇、多點交叉和非均勻變異的遺傳演算法,基於該演算法形成了全局尋優的波阻抗混合反演方法。The common method of disa embly, referred to as the linear sweep method, a umes that all bytes starting from the entry point of a binary ( or some start location ) are i tructio, and disa embles the entire code segment, following succe ive bytes
反匯編的通常方法,即所謂線性掃描方法,假定從二進制代碼入口點(或某開始位置)開始的所有位元組是指令,並且順序反匯編整個代碼段位元組。The common method of disassembly, referred to as the linear sweep method, assumes that all bytes starting from the entry point of a binary ( or some start location ) are instructions, and disassembles the entire code segment, following successive bytes
反匯編的通常方法,即所謂線性掃描方法,假定從二進制代碼入口點(或某開始位置)開始的所有位元組是指令,並且順序反匯編整個代碼段位元組。The broad role of disa embly is to create mnemonic representation of binary code
反匯編主要用來產生二進制代碼的助記碼表示。And up are considered backreferences if there is a backreference corresponding to that number ; otherwise, they are interpreted as octal codes unless the starting digits are 8 or 9, in which case they are treated as literal " 8 " and " 9 "
和更高位表達式在具有與該號碼對應的反向引用時被視作反向引用;否則,它們會被解釋為八進制代碼(除非起始位是8或9 ,在這種情況下它們被視為原義的「 8 」和「 9 」 ) 。Binary feedback coder
二進制反饋編碼器The broad role of disassembly is to create mnemonic representation of binary code
反匯編主要用來產生二進制代碼的助記碼表示。Performs a bitwise one s complement operation on its
操作數執行按位二進制反碼運算。The operator performs a bitwise one s complement operation on its
操作數執行按位二進制反碼運算。分享友人