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基于多傳感器融合的水稻行識別與跟蹤導航研究
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廣東省重點領域研發(fā)計劃項目(2019B020224001)和國家自然科學基金項目(32071913)


Rice Row Recognition and Navigation Control Based on Multi-sensor Fusion
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    摘要:

    水稻生產(chǎn)田間管理機械自動跟蹤水稻行是提高水稻生產(chǎn)田間管理自動化程度的關鍵,。為避免田間管理機械碾壓水稻行,本文融合機器視覺和2D激光雷達信息識別水稻行,,并進行水稻行跟蹤導航控制,。首先分別利用機器視覺和激光雷達提取水稻行中心點,并統(tǒng)一空間坐標和目標區(qū)域,,再采用穩(wěn)健回歸算法擬合水稻行中心線,,獲取導航基準線并計算出導航參數(shù)。然后設計了預瞄追蹤PID控制器,,最后搭建了水稻行跟蹤導航試驗平臺并進行試驗研究,。試驗結果表明,跟蹤模擬水稻行的曲線導航試驗標準差為27.51mm,;跟蹤機械移載的水稻行導航試驗橫向偏差標準差為43.03mm,,航向偏差標準差為3.38°。

    Abstract:

    Automatic mechanical tracking of rice rows is the key to increase the automation of field management in rice production. In order to avoid field management machinery rolling rice rows,,machine vision and 2D LiDAR information were integrated to identify rice rows and perform navigation control of rice row tracking. Firstly, the rice row centroids were extracted from machine vision and LiDAR respectively, and the spatial coordinates and target areas were unified, and then a robust regression algorithm was used to fit the rice row centroids to obtain the navigation baseline and calculate the navigation parameters. Then a pre-sight tracking PID controller was designed. Finally, a rice row tracking and navigation test platform was built and experimental studies were conducted. The test results showed that the standard deviation of curve navigation test tracking simulated rice rows was 27.51mm;the standard variance of lateral deviation of rice rows navigation test tracking mechanical shift was 43.03mm and the standard variance of heading deviation was 3.38°.

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賀靜,何杰,羅錫文,李偉聰,滿忠賢,馮達文.基于多傳感器融合的水稻行識別與跟蹤導航研究[J].農(nóng)業(yè)機械學報,2022,53(3):18-26,,137. HE Jing, HE Jie, LUO Xiwen, LI Weicong, MAN Zhongxian, FENG Dawen. Rice Row Recognition and Navigation Control Based on Multi-sensor Fusion[J]. Transactions of the Chinese Society for Agricultural Machinery,2022,53(3):18-26,137.

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  • 收稿日期:2022-01-26
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  • 在線發(fā)布日期: 2022-03-10
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