农业科学与技术(英文版)
農業科學與技術(英文版)
농업과학여기술(영문판)
AGRICULTURAL SCIENCE & TECHNOLOGY
2011年
5期
756-760
,共5页
田璐洋%李春友%孟平%张劲松
田璐洋%李春友%孟平%張勁鬆
전로양%리춘우%맹평%장경송
枣树%空间坐标%多基线数字近景摄影测量%误差分析
棘樹%空間坐標%多基線數字近景攝影測量%誤差分析
조수%공간좌표%다기선수자근경섭영측량%오차분석
Jujube%Space coordinate%Multi-baseline digital close-range photogrammetry%Error analysis
[目的]研究枣树坐标参数的数字近景摄影测量.[方法]应用Lensphoto多基线数字近景摄影测量系统,对8年生枣树的三维坐标参数进行了近景摄影测量,并将摄影测量数据与全站仪测量数据进行了比较.[结果]对于较多小细枝的枣树,X、Y、Z坐标的绝对误差分别为0~0.014、0~0.018、0~0.004 m,相对误差均低于0.145%.摄影测量坐标值和真值配对数据的显著性检验和线性回归分析表明,该测量方法能够获得真实可靠的数据,做到精准监测,满足虚拟植物生长模拟的坐标数据测定要求.[结论]为虚拟植物模拟的树木生长观测提供了理论依据.
[目的]研究棘樹坐標參數的數字近景攝影測量.[方法]應用Lensphoto多基線數字近景攝影測量繫統,對8年生棘樹的三維坐標參數進行瞭近景攝影測量,併將攝影測量數據與全站儀測量數據進行瞭比較.[結果]對于較多小細枝的棘樹,X、Y、Z坐標的絕對誤差分彆為0~0.014、0~0.018、0~0.004 m,相對誤差均低于0.145%.攝影測量坐標值和真值配對數據的顯著性檢驗和線性迴歸分析錶明,該測量方法能夠穫得真實可靠的數據,做到精準鑑測,滿足虛擬植物生長模擬的坐標數據測定要求.[結論]為虛擬植物模擬的樹木生長觀測提供瞭理論依據.
[목적]연구조수좌표삼수적수자근경섭영측량.[방법]응용Lensphoto다기선수자근경섭영측량계통,대8년생조수적삼유좌표삼수진행료근경섭영측량,병장섭영측량수거여전참의측량수거진행료비교.[결과]대우교다소세지적조수,X、Y、Z좌표적절대오차분별위0~0.014、0~0.018、0~0.004 m,상대오차균저우0.145%.섭영측량좌표치화진치배대수거적현저성검험화선성회귀분석표명,해측량방법능구획득진실가고적수거,주도정준감측,만족허의식물생장모의적좌표수거측정요구.[결론]위허의식물모의적수목생장관측제공료이론의거.
[Objective] The aim was to explore the measurement of coordinate parameter by multi-baseline digital close-range photogrammetry system. [Method] The 3-dimensional coordinate of 8-year-old Jujube was measured by using Lensphoto multi-baseline digital close-range photogrammetry system, and through comparing with measured data of Total Station, the error and accuracy of photogrammetry data were analyzed.[Result] The absolute error of X, Y and Z coordinate was 0 - 0.014, 0 - 0.018 and 0 - 0.004 m respectively, and the relative error of X, Y and Z coordinate was less than 0.145%. The significance test of pairs for the photogrammetry data and measured data of Total Station indicated that the space coordinate data of stumpage were accurately measured by using the multi-baseline digital close-range photogrammetry method, and the photogrammetry data meet the need of space coordinate measurement for virtual plant growth simulation. [Conclusion] This study had provided theoretical basis for the growth measurement of virtual plant growth simulation.