時間最優的 的英文怎麼說

中文拼音 [shíjiānzuìyōude]
時間最優的 英文
time optimal
  • : shí]Ⅰ名1 (比較長的一段時間)time; times; days:當時at that time; in those days; 古時 ancient tim...
  • : 間Ⅰ名詞1 (中間) between; among 2 (一定的空間或時間里) with a definite time or space 3 (一間...
  • : 副詞(表示某種屬性超過所有同類的人或事物) most; best; worst; first; very; least; above all; -est
  • : 4次方是 The fourth power of 2 is direction
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  • 最優 : optimal; optimum最優策略 optimal policy; optimal strategy; 最優設計 optimum design; 最優值 optima...
  1. A motion planning method for visual servo redundant robots based on the vector analysis

    基於超冗餘度機械臂動力學軌跡規劃
  2. Moreover, the role of scheduling holon is just one of the primary purposes. that is to arrage products and items waiting for processing on the enterprise plants and machines to optimize time or efficiency

    而調度合弄所承擔作用正是生產計劃與調度系統主要目之一:將企業所需要加工產品和零件合理安排在企業和機器上,從而達到化或者效率化。
  3. Chart s vertical storage bulk tanks can be used in liquid nitrogen, oxygen or argon service and are available in sizes from 525 to 15, 000 gallons 1, 987 to 56, 781 liters. designed in accordance with asme code, the vs series features a composite insulation system for high thermal performance, extended hold times, low life - cycle costs and light weight to reduce operational and installation costs

    查特vs - gb立式貯罐系列採用查特獨有真空絕熱技術,提高您競爭勢:卓越絕熱性能,超長保持生命周期成本,以及較輕罐體重量減少您運輸和安裝成本。
  4. In this approach, remaining operating time ( rot ) is divided into two types : one is relative rot, and the other is absolute rot. a new dispatching rule, i. e. the maximum relative rot of part is priority, is presented. this scheduling algorithm is proven to be effective by examples and theory analysis

    論文重點研究了在單件、小批量生產方式下,基於啟發式作業車調度問題,提出了先分配啟發式演算法一種新先分配規則,即相對剩餘加工概念,並從理論分析和軟體實現兩個方面驗證了該演算法有效性。
  5. Based on the minimize trip time of passenger, optimal average distance between stations of monorail no. 2 in chongqing is 1. 016km, and is 1. 018 by the three stages method, and total length of line is 11. 2km. based on the maximum of coverage of station, twelve stations are located from linjiangmen to zoo, and the twelve stations are linjiangmen, jiaochangkou, qixingang, pipa mountain park, lianglukou, eling park, xiaojiawan, daping, yuanjiagang, xiejiawan, yangjiaping, zoo

    基於乘客出行輕軌2號線(起點為臨江門,終點為動物園)平均站距應為1 . 016km ,運用三階段規劃法驗證輕軌2號線平均站距應為1 . 018km ,全線長度為11 . 2km 。基於站點人口覆蓋量大,沿線布設12個站點應為:臨江門、較場口、七星崗、枇杷山公園、兩路口、鵝嶺公園、肖家灣、大坪、袁家崗、謝家灣、楊家坪、動物園。
  6. The effects to which stations attract passenger flow, trip time, cost, real estate along line, urt feeder other traffic, structure and configuration of city were analyzed. based on the minimize trip time of passenger, the model of optimal average distance between urt ’ s stations and the model of station ’ s coverage and the model of station ’ s cost and benefit were proposed

    分析車站分佈對吸引客流、乘客出行、工程造價、運營及沿線土地開發、城市軌道交通與其它交通方式銜接、城市空結構和城鎮體系布局影響;建立了基於乘客出行平均站距模型、車站選取覆蓋量模型與費用效益模型。
  7. In the third chapter, the measurement and control system are designed according the characteristics of the infrared drying instrument, can realize the temperature measurement and control of the infrared drying instrument. then, in view of the respective characteristic of the time optimization control, the pid control and the fuzzy control, a kind of control method based on complex is designed

    第3章首先根據紅外乾燥箱特點設計了其測控系統,可實現對紅外乾燥箱溫度測量與控制;然後給出了溫度控制方法,針對控制、 pid控制和模糊控制各自特點,設計了一種基於模糊pid控制方法。
  8. Adaptive optimal time control of the rudder

    自適應控制設計
  9. Time best control of double integral models

    雙積分模型控制
  10. The optimal control of second order integral system was discussed

    摘要討論了二次積分系統控制。
  11. In the aspect of the high - speed high - precision servo system control algorithm,

    並通過實驗驗證了控制演算法有效性。
  12. The approximate optimal solution for the generalized time optimal control system with delay

    具有廣義控制問題近似
  13. When the error is big, it should be controlled by time - best choiceness. system is permitted to move at the quickest velocity

    ,當誤差較大候,採用控制,以系統允許大速度運動。
  14. Based on it, common errors of fuzzy control were pointed out, and a new kind of design and optimization method of fuzzy control was presented

    在此基礎上,指出了模糊控制規則設計中一種常見錯誤,並提出了基於控制模糊控制規則制定和化方法。
  15. Comparing fuzzy control with optimal control, it is found that the fuzzy control of a class of second order systems is actually a near - optimal control

    通過二階系統模糊控制和控制對比發現,一類二階系統或可近似為二階系統模糊控制實際上是對二階系統控制一種近似。
  16. The simulation results show that this method is effective and successful with strong robustness, and can also be used to some other linear or nonlinear second order systems

    理論分析和模擬表明,這種基於控制非線性設計方法具有很好控制效果和魯棒性,適用於一類二階系統控制。
  17. In this paper , an optimal search strategy by dividing the whole surveillance area into regions is presented so that the optimal search can be adaptively implemented in phased array radar. firstly , the inherent relationship among average discovering time , radar resources consumption , search frame period and target distribution density is studied. secondly , parameters for the region search are optimized to achieve the optimal search performance inside regions. then , the optimal search frame period for each region is derived to minimize the average discovering time of targets , where the constraint of radar time resource and the importance of each region are taken into account. finally , the adaptability of this search strategy is discussed. only if the optimal parameters for each region are utilized and the beams are scheduled according to the optimal frame period under the radar time constraint , the optimal distribution and the optimal scanning sequence of beams can be implemented adaptively. thus , optimal search is adaptively implemented in the whole surveillance area

    本文提出一種分區搜索演算法,實現了相控陣雷達自適應搜索.首先,研究了各區域平均發現一個目標消耗雷達資源和目標被發現平均同搜索幀周期以及目標強度關系;然後,研究了在各區域採用兩步搜索演算法參數設計,實現了局部區域搜索;其次,在雷達資源有限和區域重要性加權約束條件下,導出了使目標被發現平均區域幀周期;後,討論了分區搜索演算法自適應性.只要採用各區域參數,按幀周期調度雷達波束,就可以自適應地實現使目標被發現平均波束分佈和掃描順序,即自適應搜索
  18. The attitude control system using reaction thrusters is studied. based on phase plane theory, pd control law, time - optimal control law and time - fuel optimal control law were designed. characteristics and application conditions of these laws were compared in simulations

    針對以噴氣推力器作為執行機構姿態控制系統,基於相平面分析方法,分別設計了pd 、和燃料-混合控制律,在模擬中分別比較了這幾種方法特點和適用條件。
  19. The second, it is proposed that a foc mentioned above can be modeled with a fast time optimal position control system based on the pontryagin ' s minimum principle, which may become a speed - sensorless time optimal one by using speed estimator

    接著,分析了pontryagin極小值原理,指出用bang - bang開關信號可對上述系統實現控制,若速度量採用估計,則生成無速度傳感器系統。
  20. With the structure character of coiling robot, the transformed equations of robot movement is established by using equal - power coordinate transformation. the path scheduling method of robot is deeply researched and then imitates the robot ' s movement path by using b - splint function on the disperse point gotten by scheduling on robot ' s coiling movement path to ensure the robot ' s movement track to be a clean and continuous line. then the track is optimized by dynamic scheduling method

    結合繞線機器人結構特點,利用齊次坐標變換建立起機器人運動變換方程,探討了機器人路徑規劃一般方法,並利用b樣條函數對機器人繞線運動路徑規劃所得離散路徑點進行逼近,以保證機器人運動軌跡是一條光滑連續曲線,並利用動態規劃方法對機器人進行軌跡規劃。
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