impact-location system 中文意思是什麼
impact-location system
解釋
著陸點探測系統-
Then, we use a simulation method to create a large number of radar measurement values, produce a quantity of random numbers using computer software and add them to the radar measurement values, we use kallman filtering method to calculate the location, velocity and trajectory coefficient of the target at the moment of the final tracking point, and use the numerical solving method of differential equation to calculate the trajectory, the location of the hostile artillery or the impact point of its own projectiles, finally, we calculate statistically the random error of the tracking system and analyze the location accuracy
然後採用模擬模擬方法獲得大量的雷達測量值，由計算機軟體產生大量的隨機數，加入雷達測量值中，用卡爾曼濾波法計算出最後跟蹤點時刻的目標位置、速度和彈道系數，再用微分方程數值解法計算出整個彈道軌跡、計算出敵方炮位的位置或己方炮彈的落點，最後統計出跟蹤系統的隨機誤差，分析定位精度。 -
The are many factors which made tourism economic impact force diversity include the quantity of tourism income, the regional economic development level, traffic condition and location. these factors constructed together regional tourism development drive system. but each factor plays different role, such as the quantity of tourism income like a starter, the regional economic development level plays control role, and traffic condition restricts its function
造成旅遊經濟影響力地區差異的原因主要包括旅遊經濟總量的大小、區域經濟發展水平、交通條件以及區位條件的優劣，它們共同構成區域旅遊發展動力系華南帥范大學碩上學位論義廣東省旅遊經濟影響力及其地差異分析統，不同程度的推動了廣東各地區旅遊經濟的發展，但是，各類因子所起的作用又各不相同。 -
This paper primarily studys that how to make robot system works smoothly under condition of random obstacles by sensing environmental informations, on the other hand, the robot control system use dynamics method instead of location one to command manipulators performance, as a result, impact force between manipulators each other which is caused velocity _ break will be reduced greatly, and then, manipulators " life _ span will improve naturally, and because of reliable obstacles - avoidance arithmetics, robot system is almost able to feedback to obstacles as fast as it be, this character makes its intelligence mount up greatly
本論文旨在研究針對惡劣環境（有隨機障礙物存在） ，使機器人在正常工作前提下，通過「感知」外界環境，迴避一切可能影響其工作的情況。另外，機器人控制方面，利用動力學代替位置控制，從而減小機器人在迴避障礙物過程中由於速度突變而引起的沖擊力，以提高其使用壽命；並利用可靠的避障演算法使其能在最短的時間內做出快速迴避的反應，以提高其智能性。
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