陸基光達 的英文怎麼說
中文拼音 [liùjīguāngdá]
陸基光達
英文
ground-based lidar-
With the design and realization of the servo system of the airborne ( shipborne ) target ' s real - value measurement equipment as the background, and with a view to the especial problems which have to be faced with in servo control system ( that is the bad condition, contradiction between the weight and the power and the disturbance of the carrier ), it is difficult to reach the high stabilization precision and the tracking precision by traditional control technique, so by means of refer to a great deal of references and base on the summary of the domestic and overseas designing schemes, control technique adapted to the airborne ( shipborne ) equipment is brought forward. theoretical analysis and researches are presented in this dissertation and are applied to the practical design and realization of the airborne ( shipborne ) real - value measurement servo controller
本文以某工程研製項目機（艦）載目標真值測量設備的伺服系統研究和實現為依託，著眼于機（艦）載測量設備伺服系統所必須面對的與陸基設備相比的特殊問題（即環境條件更為惡劣、體積和功耗的矛盾及載體擾動帶來的精度降低等） ，提出傳統的控制方法難以使系統達到高的穩定精度和跟蹤精度，因此，通過查閱大量的國內外文獻及總結了國內外光電穩定與跟蹤系統設計方案的基礎上，提出了適用於機（艦）載伺服系統的控制方法，從理論上進行了分析和研究，並將之應用到具體的研究與實現中。The results show that the maximum likelihood classification based on variogram texture and spectral bands can perfectly define the grades of beach sandy land and inner desertification, and the maximal classification precision comes up to 92. 4 %, which proves that geostatistical texture is effective in the application of desertification monitoring
結果表明，運用變異函數紋理結合光譜波段的最大似然分類方法能夠很好地界定海灘沙地和內陸荒漠地的等級，最高分類精度達到92 . 4 % ，證明了基於地質統計學的影像紋理在實現該地區遙感荒漠化監測方面的有效性。
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