An Experimental Investigation of Magnification Lens Offset and Its Impact on Imagery Analysis

E. Darling, Chris Newbern, Nikhil Kalghatgi, A. Burgman, Kristine Recktenwald
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引用次数: 6

Abstract

A digital lens is a user interface mechanism that is a potential solution to information mangement problems. We investigated the use of digital lensing applied to imagery analysis. Participants completed three different types of tasks (locate, follow, and compare) using a magnification lens with three different degrees of offset (aligned, adjacent, and docked) over a high-resolution aerial photo. Although no lens offset mode was significantly better than another, most participants preferred the adjacent mode for the locate and compare tasks, and the docked mode for the follow tasks. This paper describes the results of a user study of magnification lenses and provides new insights into preferences of and interactions with digital lensing.
放大镜偏置及其对图像分析影响的实验研究
数字镜头是一种用户界面机制,是信息管理问题的潜在解决方案。我们调查了应用于图像分析的数字透镜的使用。参与者在一张高分辨率的航空照片上使用具有三种不同偏移度(对齐、相邻和对接)的放大镜完成了三种不同类型的任务(定位、跟踪和比较)。虽然镜头偏移模式没有明显优于另一种模式,但大多数参与者在定位和比较任务中更喜欢相邻模式,在后续任务中更喜欢停靠模式。本文描述了一项用户研究的结果,并提供了对数字透镜的偏好和互动的新见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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