hardware requirement 中文意思是什麼

hardware requirement 解釋
硬體需求
  • hardware : 1 五金器具；金屬製品。2 （計算機的）硬體；（電子儀器的）零件，部件；（飛彈的）構件；機器；計算機...
  • requirement : n. 1. 要求，需要。2. 要求物，必需品；需要量；必要條件，資格 （for）。
  1. Equipped with the corresponding hardware, the system not only matches the various functions, but also fits the requirement of economization

    電流傳感器、電壓傳感器、流量計等相應的硬體，不僅滿足系統的各種功能，而且符合經濟性的要求。
  2. The main products range is various forged fasteners, pressed hardware and machining parts, inclusing non - standard bolt, high strength bolt, steel - strcture bolt, stude screws, double arming bolt, u - bolt or l - blot, tower bolt and other bolt, with hex head or square one according to the customer " s requirement

    該公司的主要產品為熱鐓成型的各種緊固件和五金沖壓件具體類型:高強度螺栓、鋼結構螺栓、普通外六角螺栓、內六角螺栓、地角螺栓、雙頭螺栓、 「 u 」或「 l 」型螺栓、電力鐵塔螺栓、鐵路道釘、高速公路護攔螺栓、油井上用的各種專用螺栓和汽車配件。
  3. Optical power meter real - time monitor optical power of each optical cable, and control computer gather the value of optical power attenuation circularly, if some values excess the limit, the computer control optical switch to connect another spare optical fiber with otdr card, control the otdr card to test the optical fiber, and then find the malfunction point accurately. the system require software system to run with hardware devices tother. this paper analyze requirement and technical feasibility in software system, ooa and uml are used to analyze software and abstract the class diagram

    通過光功率計對每條光纜中的備用光纖進行實時的監控，測試光功率的衰減值，主控計算機不斷循環的對每個光功率模塊進行數據採集，並記錄每路光信號的光功率衰減值，然後進行分析處理，如發現達到設定的光功率衰減門限值就報警，並控制光開關的切換，將故障光纜中的另一備用光纖與otdr卡連接，通過otdr卡對該光纖進行測試，從而確定故障點。
  4. Most of the current semi - physical simulators of the avionic system consist of special software and hardware, which results in the necessity to develop simulators independently for different avionic devices. simultaneously, according to the requirement of the software engineering, software must need to be strictly tested after developed or modified. this will consume much energy and time, and makes the software hard to be maintained

    當前的航電系統半實物模擬器多是使用專用的硬體設備搭配專用的模擬軟體來實現的，這種專用性就造成了需要針對不同航電設備單獨開發模擬器的問題，同時按照軟體工程的要求，軟體的開發以及修改都要經過嚴格的測試，這就使得模擬系統的開發耗費大量的精力和時間，同時使得模擬軟體難以維護。
  5. The codewarrior instruction set simulator provides a quick and easy way to begin developing code without the requirement for access to hardware

    指令組模擬器提供開始開發代碼的快速簡便的方式，無需接入硬體。
  6. Provide reliability and security. parallel servers, hardware redundancy, fail - safe technology, information encryption, and firewalls can enhance this requirement

    提供可靠性和安全。并行服務系統，硬體冗餘，故障自動保險的技術，信息加密，並且防火墻都可能會提高對這方面的要求。
  7. Hardware circuit is designed. at the same time software is developed and optimized. it is testified that this move - control - system achieves the requirement for high resolution ( resistance trimming error is + 0. 1 % ) and high speed ( 55 resistances per second ) of laser - resistance - trimmer

    結果表明，該運動控制系統很好地實現了對激光調阻機高精度（調阻誤差為0 . 1 ）和超高速度（調阻速率為55隻/秒）的要求。
  8. Hardware research focuses on interface circuit including simulating sensor simulating actuator and monitoring power. software design consists of data collection commutating software graphics interface and data processing. the project can meet the requirement for engineering application through primary testing

    其硬體研究主要是介面電路設計，包括發動機傳感器信號模擬、執行機構信號模擬、激勵電源監測；軟體研究包括數據採集軟體、網路通訊軟體、人機交互界面和數據處理軟體設計。
  9. Three - dimensional measuring system is one hardware requirement in digital photogramm - etry workstation, it is controlled by manipulator under tridimensional observation and inputs the digital displacement into computer to collect the information of terrain and to complete tridimensional measuring

    三維量測系統是數字攝影測量工作站的硬體組成部分之一，主要任務是在立體觀測條件下由作業員控制為主機提供數字位移量即數字輸入，完成三維量測和物方信息的採集。
  10. Firstly the dissertation describes the hardware and software architecture, and shows the goal of this design. from requirement analysis to modules implementation, the dissertation gives the whole vision of the development process. secondly, it describes the low level layer implementation

    本文重點闡述了數字示波表的整體框架設計，圖形界面介面設計，內存管理設計，消息隊列管理以及底層硬體驅動程序和部分功能的實現，同時還說明了高級語言級別的軟體模擬系統設計和實現。
  11. The main process includes following : system design, module design, function simulation, time simulation and hardware verification. the whole system is divided into several modules and each module is connected by signals, which based on the arithmetic of uart and the requirement of design. the module design is to design inner circuit structure of each module and uses verilog language to code the code

    系統設計是基於uart的實現演算法和設計指標要求，對系統劃分模塊以及各個模塊的信號連接;模塊設計是設計出每個模塊的功能，並用verilog一hdl語言編寫代碼來實現模塊功能;功能模擬和時序模擬使用的工具是以dence的nc _ veri109 ，首先對系統的每個模塊進行功能和時序模擬，模擬通過之後，將整個系統的代碼在外部的輸入埠加上激勵，對整個系統進行功能和時序模擬;硬體驗證是用fpga對系統進行了功能驗證。
  12. Concretely, on the basis of describing the communication specification of arinc 429 with enhanced parallel port ( epp ), the standard and the module application of dsp and cpld, the thesis has proposed the design of the arinc 429 technology based on dsp system. at first, the function and the application of each module of the system and the operation principle of high - performance cmos bus interface circuit hs - 3282 chip which forms the main body of the data diversion of the interface module are introduced. secondly, the hardware structure of the interface module is described in detail, mainly including data latch and buffer circuit, choice circuit of transmission rate, etc. and then the design philosophy and flow charts of the software are fully discussed, such as the basic requirement of software, the design and realization of the function

    本文在簡單的論述了pc並口協議（ epp ）與dsp之間的通信方法、 cpld模塊邏輯控制應用和arinc429的通訊規范的基礎上，給出了基於dsp的arinc429通訊介面的設計方案:對通訊板中各模塊的功能和應用以及構成數據轉換主體的總線介面晶元hs - 3282的工作原理做了說明;介紹了本設計所用的dsp和cpld的功能概況;詳細敘述了通訊板介面模塊的硬體結構設計，其中，對數據緩沖電路、數據傳輸速率選擇電路、邏輯控制電路等各關鍵點做了重點介紹;具體闡述了軟體設計思想及流程圖，包括軟體的基本要求和功能的設計與實現;接著從埠譯碼單元、 i / o通道、電平轉換電路等方面進行了介面模塊的軟、硬體調試;最後，給出了測試結果，對研製工作做了總結，對本設計的優缺點各做了評述。
  13. Embedded system is a computer system, which is focus on application, based on computer technology, and its software and hardware could be pruned, besides embedded system has particular requirement for its reliability, cost, volume and power consume. embedded system is relative to computer system structure, encode theory and work theory, and come down to all kinds of computer interface and memory technology, such as serial and network interface, flash and sdram memory technology. the processor and interface and memory device will be difference when referring to different applications, but, as far as the researching and developing method of embedded system, they are generally same

    嵌入式系統是以應用為中心、以計算機技術為基礎、軟硬體可剪裁併對功能、可靠性、成本、體積和功耗都有嚴格要求的專用計算機系統，涉及計算機系統的體系結構、編譯原理和工作原理，涉及到計算機的各種介面和存儲應用，如常用的串口、網路控制等介面和flash 、 sdram等存儲技術，此外，因嵌入式系統的應用不同，處理器和介面及存儲設備都會有所不同，但就嵌入式系統的研究與開發方法來說有許多相同之處，因而深入研究和設計某種嵌入式系統具有深遠的意義。
  14. The stage of overall designing : chose arm & linux as the framework of this system. divide the function requirement of this system into six modules which are ipsec module, hardware auto - restarting module, ethernet communication module, serial communication module, real - time clock module, linux os platform module

    總體方案階段:首先確定了本平臺的arm + linux基本架構;從模塊化角度將系統功能需求劃分為六大模塊: ipsec功能模塊;硬體自動恢復功能模塊;以太網通信模塊;串口通信模塊;實時時鐘模塊; linux操作系統平臺模塊。
  15. The research work that is innovative and advanced belongs to project application about software and hardware. for resolving question of realtime status information monitoring and measuring system of lines of communication on launch of aerospace, multi - line level measuring model 、 error - code rate measuring model and line - switch controlling model were designed and carried out basing on requirement of users. a reasonable scheme was brought forward for state of system 、 information processing and long - distance monitor and control

    本課題屬軟硬體結合型工程應用項目，解決航天發射中通信線路狀態信息的實時監測問題，在充分研究用戶需求的基礎上，設計並研製了多路電平測量模塊、誤碼率測試模塊、線路控制交換模塊，並就系統工作狀態的建立、各類信息的處理和遠程監控提出了合理的解決方案。
  16. We design the power module which could satisfy the requirement of the whole hardware system simultaneously

    同時設計了滿足整個硬體系統需求的電源模塊。
  17. In engineering implementation, the requirement of the estimation circuit for icw radar is given, the hardware circuit based on tms320c30 have designed and adjusted

    在工程實現上，計算出雷達系統對于實現最大熵外推演算法的具體電路要求，設計調試完成以tms320c30為dsp晶元的電路。
  18. The software and hardware design of portable digital testing equipment based on tms320vc5510 are presented, which is the newly efficient and low power consuming dsp of ti corporation. the system realizes the requirement of sample theorem when sampling the wide spectrum signal with an equivalent sample technology, integrates the lcd control core in cpld and makes cpld as lcd controller instead of specific lcd controller, and makes the colorful stn - lcd as terminal displaying facility. the system suits the development requirement of the new portable digital testing equipment with the specialities of low power consuming, high integration and good displaying interface

    本文介紹了以ti公司新一代高效率、低功耗數字信號處理器tms320vc5510為核心實現的便攜式測試設備的軟硬體設計，以等效采樣技術實現采樣寬頻譜周期信號對采樣定理的要求，在cpld內集成完整的lcd控制核代碼，並以cpld作為lcd控制器取代專用控制器，以stn彩色lcd作為終端顯示設備，該方案具有功耗低、集成度高、良好的人機介面等特點，適合新一代便攜式測試設備的發展需求。
  19. In order to make the measuring devices to meet the requirement of minute extension, low power consumption and high reliability in ultra - precision measurement, arm7 core based embedded microprocessor s3c4510b is used for network controlling core device ; embedded operating system clinux is used for software performing platform. secondly, arm7 core based embedded instrument network adapter system hardware is designed

    選取基於arm7內核嵌入式微處理器s3c4510b作為網路控制核心器件，嵌入式操作系統clinux作為軟體運行平臺，以滿足超精密測量領域對測量設備小體積、低功耗、高可靠性的要求;其次，設計了基於arm7內核的嵌入式儀器網路適配系統硬體。
  20. Minimal hardware requirement

    硬體需求極低
分享友人
分享到 Line

分享到臉書