robot vehicle 中文意思是什麼

robot vehicle 解釋
機撲車
  • robot : n. 1. 機器人。2. 自動機，自動儀器，自動控制導[飛]彈，遙控設備。
  • vehicle : n. 1. 車輛；載運工具；飛行器；運行工具。2. 媒介物，媒質。3. 【藥學】賦形劑。4. 【繪畫、化】展色料，載色劑。
  1. Development of underground vehicle gate glass gelatinized robot workstation

    城軌車輛門玻璃塗膠機器人工作站的開發研究
  2. Abstract : aiming at the advantages of air - cushioned vehicles running on soft terrain and referring to the crawling mechanism of crawling pipeline robot, this paper introduces a new type of bionic stepping air - cush - ioned vehicle ? ? push - pull air - cushioned platform

    文摘:根據氣墊車輛在松軟地面上行駛的優越性，參照蠕動式管道機器人的蠕動機構，介紹了一種新型的仿生步行行走機構氣墊車? ?推拉式氣墊運載平臺。
  3. From the moon - vehicle in apollo plan to nowaday " spirit " and " opportunity ", which are mars vehicle made by nasa, and from battlefield patrol robot to pipeline testing robot and intelligent service robot, those all powerfully show that intelligent mobile robot is progressing with human being together

    從阿波羅登月計劃中的月球車到美國最近推出的nasa火星探測機器人，從西方各國正在加緊研製的戰場巡邏機器人、偵察車到新近研製的管道清洗檢測機器人和智能服務機器人，都有力地顯示出智能移動機器人正在與人類共同發展和進步。
  4. In irv, the indy robot racing team demonstrated a “ plug and play ” system for sensors, a feature that is probably a prerequisite for the creation of an autonomous vehicle industry

    英迪機器人賽車隊的irv示範了感測器的隨插即用系統，這很可能是催生自主車輛產業的必要條件之一。
  5. Aiming at these situations, a miniature airborne optical rs system which consists of a digital camera ( dc ), a miniature robot plane ( unmanned aerial vehicle, uav ) and its " ground - based subsystem was presented on the basis of analyses of the applied experiences of uavs abroad and home

    本研究針對現有遙感技術存在的影像資料實時獲取能力差、獲取成本高的問題而展開。在借鑒國內外無人機應用經驗的基礎上，提出了將無人機與數碼相機結合構成微型無人機航空遙感系統，實現影像獲取的解決方案。
  6. Autonomous land vehicle ( alv ) is an intelligent mobile robot, which can run on road or cross - country autonomously and continuously. alv is of great value in research and application

    陸地自主車（ autonomouslandvehicle ，簡稱alv ）是一種能夠在道路和野外連續、實時地自主運動的智能移動機器人，具有重大的研究價值和廣闊的應用前景。
  7. Autonomous land vehicle ( alv ) is an intelligent mobile robot, which can run autonomously and continuously on road or cross - country. its research, which involves theories and technologies of many disciplines, and embodies the latest achievements of information and artificial intelligence, is of great value in research and application, and is paid great attention to all over the world

    陸地自主車（ autonomouslandvehicle ，簡稱alv ）是一種能夠在道路和野外連續地、實時地自主運動的智能移動機器人，其研究涉及多個學科的理論與技術，體現了信息科學與人工智慧技術的最新成果，具有重大的研究價值和應用價值，受到了世界各國的重視。
  8. The bionic flying micro - robot is a complicated intelligent robot, i. e. and a micro aerial vehicle

    摘要微型仿生撲翼飛行器是一種新概念的微型飛行器。
  9. Autonomous land vehicle ( alv ) is an unpiloted intelligent mobile robot. research about it involves theories and technologies of many disciplines, and embodies the latest achievements of information and artificial intelligence, is of great value

    自主車（ autonomouslandvehicle ，簡稱alv ）是一種無人駕駛的智能移動機器人，其研究涉及多個學科的理論與技術，體現了信息科學與人工智慧技術的最新成果，具有重大的研究價值。
  10. Autonomous intelligent vehicle ( aiv ) is one of the major branches of robot field

    其中自主式智能車輛aiv （ autonomousintelligentvehicle ）是機器人的一個重要研究方向。
  11. Then, the paper designs the covering - path planner of the window - cleaning robot0 thirdly, the kinematics model of the dexterous window - cleaning robot, or structurealterable two - vehicle, is established for controlling, and the nonholonomic constraint equations are illustrated

    設計了靈巧擦窗機器人遍歷運動規劃控制器。第三，建立了面向控制的靈巧擦窗機器人?可構形雙車體運動學模型，推導了該機器人的非完整約束方程。
  12. The path planning of autonomous land vehicle is an important part of mobile robot system. the method of environment modeling established on cross - country and the balance between efficiency and precision of path planning are the challenges around the world

    自主車路徑規劃是自主車系統的重要部分之一，如何建立自主車野外環境模型，如何在規劃效率和精度之間取得最好的綜合效應是當今國內外面臨的挑戰性問題。
  13. The navigated automatical robot is one of the mature industry robots, calling the agv ( automatic guided vehicle )

    輪式自動導航機器人是比較成熟的工業機器人之一，簡稱為agv （ automaticguidedvehicle ） 。
  14. Firstly, the paper introduces the background and actuality of the exploitation, tells the whole system based on the vision has four component : the decision - making subsystem, the vision subsystem, the wireless communication subsystem and the robot vehicle subsystem. then, the function, structure, controlling model and using method of the robot vehicle subsystem are introduced. the structure and familiar problems of the wireless communication subsystem are analyzed

    在對機器人足球的研究背景、現狀介紹的基礎上，對足球機器人系統的四個子系統? ?決策子系統、視覺子系統、無線通訊子系統和機器人小車子系統的組成結構及設計方法進行研究，討論了小車子系統的結構功能、控制模式和使用方法；對無線通訊子系統的組成結構和常見問題進行分析；詳細介紹視覺子系統的工作流程和mirosot比賽系統的視覺部分的操作方法；綜述介紹了幾種國際國內常用的決策子系統設計方法。
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