综合视觉数据生产质量评估

Jonathan Adams, Erin Murphy, John Sutor, Ava Dodd
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引用次数: 2

摘要

通过期刊文章和会议记录进行文献综述,研究了过去5年来新兴的研究实践和合成视觉数据的应用。目前的研究审查了旨在改善计算机视觉和目标检测的人工智能训练研究趋势相关的文章。搜索字符串被开发并用于从ACM和IEEE数据库检索研究文章。结果的文章检查了趋势、一般实践、已经做出最大努力的学科、进展和相关的生产过程。研究表明,可视化合成数据包括过滤、增强和对象域随机化技术。此外,所有包括对合成视觉数据进行评估的研究都表明,在准确性方面有显著的性能改进。此外,生成真实的合成数据减少了当前与标签、图像质量、相关数据缺乏和隐私问题相关的限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessing the Qualities of Synthetic Visual Data Production
A literature review was conducted using journal articles and conference proceedings to examine emerging research practices, and applications of synthetic visual data over the past 5 years. The current research examined articles related to research trends in artificial intelligence training intended to improve computer vision and object detection. Search strings were developed and used to retrieve research articles from the ACM and IEEE databases. The resulting articles were examined for trends, general practices, disciplines where the greatest efforts have been made, advances, and relevant production processes. The research reveals that visual synthetic data encompasses filtering, augmentation, and object domain randomization techniques. Further, all of the research that included an evaluation of synthetic visual data suggest that there are noteworthy performance improvements in accuracy. Additionally, producing realistic synthetic data reduces the current limitations related to labeling, image quality, paucity of relevant data, and privacy issues.
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