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Navigating Farm Fields to Cover the Most Area with the Least Distance

机译:浏览农田,以最短的距离覆盖大部分区域

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The objective of navigation is to get from point A to point B in the shortest distance and in the least amount of time. Navigating a farm field is not unlike this, but the objective is to cover the entire area of the field while travelling the shortest possible distance in the least amount of time. A significant reduction in travelled distance can be realized by navigating along a predetermined optimum field course. This reduction in distance translates into savings in fuel, time, and chemical inputs.rnThis paper presents the advantages and considerations in creating and following efficient field courses during farm operations. In addition, a software package that generates these courses is explained. It is shown that by using a navigational aid or positioning system to follow a predetermined efficient course, lateral overlap can be almost eliminated and the distance required to execute a turn can be minimized. Preliminary studies have shownrnthat these benefits can reduce the distance travelled to work a field by nearly twenty percent.
机译:导航的目的是以最短的距离和最短的时间从A点到达B点。在农田上导航并非没有不同,但目标是在最短的时间内以最短的距离行驶,覆盖农田的整个区域。通过沿着预定的最佳野外航向导航,可以显着减少行进距离。距离的减少可节省燃料,时间和化学药品。rn本文介绍了在农场运营过程中创建和遵循高效田间课程的优势和考虑因素。此外,还将介绍生成这些课程的软件包。示出了通过使用导航辅助装置或定位系统遵循预定的有效路线,可以几乎消除横向重叠并且可以将执行转弯所需的距离最小化。初步研究表明,这些好处可以使到野外工作的距离减少近20%。

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