格柵蓋 的英文怎麼說
中文拼音 [gézhàgě]
格柵蓋
英文
grating cover-
The coverage for the robot with contact sensors has been studied in the dissertation, and the internal spiral coverage ( isc ) algorithm that is based on grids is proposed in the paper
本文研究了基於接觸傳感器的機器人覆蓋問題，提出了基於柵格法的內螺旋覆蓋（ isc ）演算法。Shanghai he tian grid board manufacturing co., ltd. is one that specializing in the steel grid board, mark time board, ditch apron, railing and other metal products, located in shanghai baoshan district yueluo highway, no 223 luodong road
上海禾田格柵板製造有限公司坐落於上海寶山區月羅公路羅東路223號，是一家專業生產鋼格柵板、踏步板、溝蓋板、欄桿及其它金屬製品的企業。For the first time red laser diode ( rld ) was used as light source to develop a laser beam grid sensor for monitoring seeding distribution. hence, monitoring covering problem is solved and monitoring precision percentage was improved
首次使用可見光激光二極體（ rld ）為光源製作了用於排種均勻度檢測的激光束柵格光電傳感器，解決了傳感器檢測覆蓋率問題，提高了檢測準確率。The parameter in the xin ' anjiang model, imp, was extracted directly from above land use / cover data. another parameter, sm, in each subcachment and in each raster grid was obtained from the relation between sm and the ratio of forest land area to subcatchment area. thus, a semi - distributed hydrological model and a distributed hydrological model were established to analyze the effect of some parameters in xin ' anjiang on runoff process according to the spatial variability of land surface characteristics
將遙感技術獲取的土地利用和地表覆蓋一公里柵格信息與數字高程模型數據進行空間配準，然後通過構建林地面積比與新安江模型參數sm的關系間接確定各子流域及各柵格單元的的sm值，新安江模型參數imp由配準好的土地利用和地表覆蓋信息直接提取，由此建立方案與方案，來分析受下墊面覆蓋的空間不均勻性影響的模型部分參數是如何對模擬水文過程產生影響的。In this dissertation, we have made one embedded family cleaning robot which is a collaborate project developed by hit ( harbin institute of technology university ) between hit and longchang company, guangdong province as the instance. we make a specific and roundly introduction about the specific development of embedded software for the cleaning robot. two important algorithms have been proposed, the internal spiral coverage algorithm based on grid - map and auto - docking and recharging algorithm
本文以與廣東龍昌公司的合作開發項目的嵌入式家庭清掃機器人為例，全面而重點地介紹了針對實物機器人的嵌入式軟體開發，提出了基於柵格地圖表示方法的內螺旋覆蓋演算法和自主對接充電演算法，並對兩個演算法進行了全面深入的探討。There are two stages in isc : in the first stage the robot explores along the boundary of the environment, and in the second stage the robot plans the coverage path on line. by repeat covering some grids and setting the gate grids it not only guarantees the complete coverage, but also reduces the coverage repetition, thus improves the efficiency. there are no complex mathematical calculations in the planning which can meet the requirement of real - time and is fit for the embedded system
Isc演算法通過邊界探索獲得環境邊界地圖，之後在線規劃覆蓋路徑，通過對部分柵格的重復覆蓋和設置gate柵格保證了完全覆蓋所有區域，而且也降低了重復覆蓋率，提高了工作效率，同時該演算法不用進行復雜的數學計算，保證了演算法的實時性，降低了對內存的需求，適合於嵌入式軟體。Because of extensive coverage of the project area, a raster - based model is the most viable and technically feasible approach
因為模型的覆蓋范圍廣泛，故格柵模型（ raster - basedmodel ）是最適當及技術上最可行的方法。分享友人