human-system interface design 中文意思是什麼

human-system interface design 解釋
人與系統介面設計
  • human : adj 1 人的,人類的 (opp divine animal)。2 凡人皆有的,顯示人類特點的。3 有人性的,通人情的。n ...
  • system : n 1 體系,系統;分類法;組織;設備,裝置。2 方式;方法;作業方法。3 制度;主義。4 次序,規律。5 ...
  • interface : n. 分界面,兩個獨立體系的相交處。vt. (-faced, -facing) 把界面縫合。vi. 交流,交談。
  • design : vt 1 計劃,企圖,立意要…。2 指定,預定;留給,留著。3 設計,草擬,擬定,籌劃;起草,畫草圖,打(...
  1. During the procedure of system design and implementation, the author has made some innovative efforts such as : ( d establishing the user interest orientated model, the model receiving user interests continuously and conjecturing user interests by interaction with the user, accumulating user preferences in information demand, thereby achieving self - adaptive retrieval, ? roviding a feedback method which is based on the human - machine interaction, summarizing the user operations on the interface of result presentation, and designing an algorithm for capturing user operation behaviors, by which the changes in user interests and preferences can be learned potentially, ? ffering a method for user interest mining which can extract subjects of information confirmed by user, thereby conjecturing or predicting different kinds of expressions of the same interest or extracting the new interests or unexpressed interests, ? roposing a solution of personalized internet information retrieval based on the user interests in accordance with the above - mentioned work, the solution having very strong feasibility and practicality with taking user interest model as center, employing machine learning ( active learning and passive learning ) and data mining as tools, and being assisted with network robot,

    Piirs系統分析與設計過程中所做的創新性的嘗試主要有以下幾個方面:實現了基於用戶興趣的用戶模型,該模型通過與用戶的交互(主動交互和被動交互) ,不斷地接收用戶的興趣和推測用戶的興趣,積累用戶信息需求的偏好,實現自適應的檢索;提供了一種基於人機交互的反饋方法,對用戶在結果呈現界面上的操作進行了歸納總結,設計了用戶操作捕獲演算法, 「隱性地」學習用戶興趣和偏好的變化;提供了一種用戶需求挖掘的方法,對用戶已確定的信息做進一步的主題挖掘,由此推測或預測用戶同一興趣的不同表述方式或者挖掘出用戶新的或未表達出來的興趣;在上述工作基礎上提出了一套完整的基於用戶興趣的個性化網路信息檢索的解決方案,該方案以用戶興趣模型為中心,以機器學習(主動學習和被動學習)和數據挖掘為手段,輔以網路機器人,具有很強的可行性和實用性。
  2. Through analysising the characteristics of the power system with floating neutral point deeply, the paper puts forward a new plan of single - phase to ground fault line selection on the base of s ' s signal injecton method and gives the hardware and software design. in this design, the high speed sampling and data processing is carried out through using dsp processor ; the large electrice current is drived through the application of a high - performance audio power amplifier and transformer ; the communication between host computer and detectors is realized through rs485 bus technology ; the difference multilevel frequency - selected amplifier is designed and the feeble signal of space is sampled on the base of the theory of magnetic induction ; the interface between dsp and exterior chip and rs485 interface logical is designed through using fpga ; the using of lcd module and keyboard interfacing chip makes the interface between human and machine ; the programme of host computer and detectors is designed through using blocking design method

    在本設計中,採用高速的dsp處理器,實現了對故障特徵信息的高速採集與處理;採用大功率的功放晶元與變壓器配合的方法,實現了大電流信號的驅動輸出;採用485總線技術,組建了裝置主機與多探測器之間的主從式通訊網路,實現了多干擾條件下裝置主機與多探測器的可靠通訊;設計了差分式多級選頻放大電路,採用磁感應的方法實現了對空間微弱信號的接收;利用fpga技術,實現了控制器與多外設的介面及數字信號的串並轉換;採用了先進的lcd液晶顯示模塊及鍵盤介面晶元,設計了人機信息交互的介面;採用了模塊化的軟體設計方法,開發了裝置主機及探測器的軟體程序。
  3. Monitor various data of electric power systems from various menus which designed by human - machine interface menu design system in real time, include the displaying of remote measure 、 remote communication 、 electric power # 118alues, remote control operating of the controlled objects, reading and writing the fixed # 118alues of the hypogyny equipment

    在人機界面設計系統設計的各種畫面上實時監控電力系統的各種數據量,包括遙測量、遙信量、電度量的顯示,以及對控制對象的遙控操作和下位裝置的定值讀寫。
  4. Plc, robot and cad / cam are called the three major pillars in the modem factory automation. plc, as the head of the three, has become the leading basic automatic equipment in the field of the industry control in the early 1980s " but as a matter of fact, plc being with the lack of friendly man machine interface, rnakes no close relationship between human and machineometimes it even can not be promoted and applied in some fields aiming at the situation mat those imported products are too expensive while domestic products are of rare famous brands, a plc man - machine interface - plc monitor is developedthis paper systemically introduces the developing procedure for the whole system, including how to design hardware and software system. especially emphasizing plc communication protocol. real time message accessing, lcd controller instruction set, definition of data construction for message & tag screens and how to display thern, assignment of internal resource of cpuealization in software among plc & manitor, file format defining a nd download of user data, etcplc monitor will compensate some weakpoints of plc, and extend the application rangeimultanneously enhance the performance of plc and increase the attached value of mechanical machines, undoubtedly it will see hight market prospect

    針對人機界面進口產品的高昂價格和國產品牌稀少的這一現狀,研製開發了一種plc人機界面? plc監控器。本文系統地介紹了整個系統的開發過程,包括硬體系統、軟體系統的設計及實現,重點介紹了plc通信協議,監控器的基本工作原理以及期望實現的功能,監控器電源電路、 sram存儲器掉電保護電路、 cpu監控器電路、按鍵輸入電路的設計及按鍵狀態的讀入,時鐘信息的設定與讀取, cpu液晶顯示器指令系統,信息畫面及標簽數據結構的定義及顯示方法, cpu內部資源的分配,監控器與plc通信的軟體實現,文件格式的定義以及畫面數據的下載等。 plc監控器彌補了plc一些方面的不足,可以擴大plc的應用范圍,提升機械設備的檔次,增加設備的附加價值,具有一定的市場前景。
  5. Based on the system designing, this dissertation discusses how to use object - oriented method to analyze and design the fuzzy reasoning machine, the fuzzy global database, the fuzzy knowledge base, the human - computer interface and control center, and creates their class models

    本文從系統的設計出發,探討了用面向對象的方法分析和設計模糊推理機、模糊綜合數據庫、模糊知識庫、人機介面和控制中心的方法,提出了它們的類模型設計。
  6. The system uses catia v5 standard interface and is good of man - computer interaction. its functions include such basal design graphic tools : driver ’ s comfortable h point, 2d human model establishment, eye ellipsoid, head envelop surface, driver ’ s hand reach etc, and also internal layout based the method of expert system. expert system in this paper differs from ordinary design software

    該系統採用catiav5標準界面,具有很強的人機對話能力,操作使用方便,其主要內容包括:適宜駕駛員h點、二維人體樣板、眼橢球、頭廓包絡面、駕駛員手伸及界面等車身內部布置的基礎設計圖形工具,以及基於專家系統方法的車身內部基礎布置設計等。
  7. Providing a perfect human - machine interactive interface is one goal of system design, this paper also discussed the implementation of user interface subsystem of our digital set - top - box system, especially the design of system architecture and osd graphic library based on sti7000 osd unit

    本文還討論了所研製的機頂盒中用戶介面子系統的設計,詳細的討論了基於sti7000osd單元的圖形庫的設計和實現,圖形庫是實現用戶菜單的基礎。
  8. This paper introduces the application of the computer monitor and control technique in the drive control system of paper machine, and puts forward a scheme of the master system and the slave system, the scheme and structure of hardware, key circuit used the slave system are discussed, the software system fit to the drive control system of paper machine is designed. in allusion to request of system, design the configure software and human - machine interface of the master system

    文中介紹了計算機監控技術在紙機傳動控制系統的應用概況,提出了在紙機傳動控制系統中上位機系統和下位機系統的設計方案,並對下位機系統的硬體方案、結構以及關鍵電路進行了分析,設計了符合紙機傳動控制需要的軟體系統,針對控制系統的要求,設計了上位機系統的組態軟體和畫面。
  9. The main content of this paper include : a ) the principle of operation, the characters of process, the demand of control and the overall design for automation subsystem of ct container inspecting system ; b ) the application of field bus technology in the ct container inspecting system ; c ) the vector control method for high precise locating control of the rotary apparatus used servo - motor ; d ) the pid control method for locating control of the feeding apparatus ; e ) the realization method of the plc control system based on the field bus ; f ) the malfunction diagnosis method used in mechatronics product, and the introduction of the human - machine interface

    4 )針對輸送機構的定位控制問題,研究了用pid控制器實現定位控制的方法,並研究了pid參數的整定方法。 5 )在深入分析集裝箱ct檢查系統自動控制特點的基礎上,論述了基於現場總線技術的plc控制系統的實現方法。 6 )針對集裝箱ct檢查系統的特點,研究了故障診斷在機電一體化產品中的應用技術,並詳細介紹了人機界面的實現。
  10. In the first part, human - machine interface design of ucav ( unmanned combat air vehicle ) is studied. the design criterion of display, controller and working environment for human in ucav system is presented. in the second part, based on the analysis of human error cause, human generic error model is presented

    論文的第一部分研究無人作戰飛機系統的人機界面設計,論文給出了無人作戰飛機系統的功能框圖,根據無人機的任務剖面,綜合功效學的研究成果,給出了無人機系統的顯示裝置、控制裝置、工作環境和操作人員的組織情況等的設計準則。
  11. In up - computer software design, aimed at realizing human - computer interface and data communication, the functions such as system interface design, data management, up - down computer communication are designed

    在上位機軟體方案設計中,以實現人機交互功能和數據傳輸為核心,完成系統界面設計,數據管理,上下位機通訊功能的設計。
  12. Furthermore, combining the fuzzy interface with the expert system, we propose the technology scheme which is fit to the fault diagnosis of the sample roller. by adopting the 2025 programmable display module which is provided by the epec company in finland, we exploit the program and design the abundant human - machine interface ( hmi ) successfully under the particular software developing circumstance of the company, and implement the fault diagnosis expert system which can be applied to debug the sample roller. thus the primary exploiting job is accomplished

    然後採用模糊推理和專家系統相結合的方法,針對所開發的智能化樣機的故障診斷設計出了相應的技術方案,採用芬蘭epec公司的2025可編程顯示器模塊,在該公司獨特的軟體開發環境中開發出了相應程序,設計出了內容豐富的人機對話界面,實現了故障診斷專家系統,並能夠直接應用於樣機的調試,這樣就完成了初步的開發工作。
  13. Taken virtual design environment as its shell, intelligent optimization algorithms as its kernel, virtual reality interactive devices and human - computer interface as its channel, a scheme of hmb virtual design system based on intelligent optimization was presented

    該方法以虛擬設計環境為外殼,以智能優化演算法為內核,以虛擬現實交互設備和智能優化演算法的人機介面為渠道,構建液壓集成塊智能型虛擬設計系統。
  14. The basic structure of the intelligent controller of injection, and the design on human - computer interface system are discussed

    為了將來系統功能擴展的需要,我們設計並實現了注塑機遠程通訊介面。
  15. The software function modules, such as data acquisition, data processing, human - machine interface and data management, are introduced. the crucial software design concepts of using multithread and double buffers for exchanging data are emphasized. the data transmission between the data collecting site and supervision center is implemented for constructing a distribute supervision system based on the network

    本文分析了電能質量在線分析儀設計中的各種問題以及解決的方法;介紹了軟體系統中數據採集、數據處理、人機交互和數據管理等四個模塊的功能和實現;詳細說明了如何利用多線程的編程方法和雙緩沖區的數據交換方式,實現對電能質量各個技術指標的實時監測、記錄和分析;實現了在數據採集點和監控中心之間數據的傳輸,並在此基礎上設計了基於網路的分散式電能質量測試系統。
  16. The thoughtway of developing the prototype software system of the human - machine interface in mechanical system and some essential techniques are discussed. second, the characteristic of the human - machine interface design in mechanical system is indicated by using the object - orientation method. object - orientation is a new technology based on objects and classes

    第四,綜合應用面向對象的理論和技術,在以往研究成果的基礎上,分析設計了一個嵌入于機械繫統人機界面虛擬設計系統中的橢球體的三維人體模型,人體更加逼真,使設計更加合理。
  17. Third, since the structure of a general human - machine interface of mechanical system, which is dealt with in the virtual design of human - machine interface in mechanical system software, is very compiex and flexible. it is a key problem that ho ' v to describe a human - machine interface in computer

    最後,採用vc + +語言和三維圖形設計庫opengl ,在基於windows平臺的pc機上開發了機械繫統人機界面虛擬設計軟體原型系統,並對該軟體原型系統進行了初步驗證,取得了比較滿意的結果。
  18. This paper is one part of the " 973 " project - " human - machine interface and real - time visualization of uav ", which mainly studies the key technologies of displaying aircraft in high altitude. the design and implementation of the software system model for the aircraft - environment simulation are fulfilled

    本文的選題來自國家「 973 」 ( ?先期預研性質)任務中「無人機遙操作人機可視化界面」課題,主要研究飛行器高空飛行視景顯示的關鍵技術,完成飛行環境顯示系統原型設計和技術實現。
  19. Object - oriented technology ( oot ) is applied to analysis and design of this system. a great of efforts have been made to define objects, classes and their relationships, divide subjects and describe functions. the design work is proceeded from three aspects : problem domain, human interface and data management

    為提高系統的適應性和靈活性,採用面向對象技術進行系統分析與設計:定義了系統中的對象及其相互關系、進行了主題劃分和功能描述等工作,繪制了完整的ooa階段的類圖,並對問題域部分、人機界面部分、數據管理部分進行了詳細設計工作。
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