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Don't throw the baby out with the bathwater: reappreciating the dynamic relationship between humans, machines, and landscape images

机译:不要用浴水扔出婴儿:重新拍摄人类,机器和景观图像之间的动态关系

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Context The observation of the earth by humans has advanced our understanding of the physical patterns and processes that shape the landscape. Over time, the act of scientific interpretation has transformed into one mediated through machines, creating distance between the observer and the observed. Machine learning is expanding this gap and transforming how we gain knowledge about the world. Raising the question is there something to be lost by advancing machine learning at the expense of human visual interpretation? Objectives Recognizing the usefulness of these computational algorithms for dealing with massive, heterogeneous, and dynamic ecological datasets, scientists should not abandon the important contributions of human intelligence to understanding landscape patterns, processes, and relationships. Methods This paper presents a review of social, cultural, and political or military influences on the relationship between humans and remote sensing images of the landscape. This review highlights tensions between automated machine learning approaches and human interpretation. Results Support for the use of human-machine integrated systems through the use of interactive, visual display, and the development of transparent machine learning methods is suggested. Conclusions The human analyst should remain central in the design of landscape ecology applications when deploying machine learning algorithms. The complementary strengths of the human and machine in data processing suggest that the most informative insights regarding pattern and process can happen in the implementation of carefully designed Human in the Loop systems.
机译:背景信息人类对地球的观察推进了我们对塑造景观的物理模式和过程的理解。随着时间的推移,科学解释的行为已经转变为通过机器介导的一个,产生观察者与观察到的距离。机器学习正在扩大这种差距并改变我们如何获得世界知识。提出问题是以人类的视觉解释为代价推进机器学习是否有一些东西?目标认识到这些计算算法的有用性,用于处理大规模,异构和动态和动态生态数据集,科学家不应该放弃人类智能的重要贡献,了解景观模式,流程和关系。方法本文提出了对社会,文化和政治或军事影响的审查与景观的人类与遥感图像之间的关系。本综述突出了自动化机器学习方法与人类解释之间的紧张局势。结果支持通过使用交互式,视觉显示和透明机器学习方法的开发来支持人机集成系统的支持。结论人类分析师应在部署机器学习算法时保持景观生态应用设计中的中心。数据处理中的人员和机器的互补优势表明,在循环系统中的精心设计的人类实施中可能发生有关模式和过程的最具信息丰富的见解。

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