In a laptop-buying chatbot study, novices rated the format combining technical specs, performance categories, and plain-language explanations as more helpful and appropriate than specs alone, while expert ratings did not differ across formats.
A New Action Recognition Framework for Video Highlights Summarization in Sporting Events
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abstract
To date, machine learning for human action recognition in video has been widely implemented in sports activities. Although some studies have been successful in the past, precision is still the most significant concern. In this study, we present a high-accuracy framework to automatically clip the sports video stream by using a three-level prediction algorithm based on two classical open-source structures, i.e., YOLO-v3 and OpenPose. It is found that by using a modest amount of sports video training data, our methodology can perform sports activity highlights clipping accurately. Comparing with the previous systems, our methodology shows some advantages in accuracy. This study may serve as a new clipping system to extend the potential applications of the video summarization in sports field, as well as facilitates the development of match analysis system.
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"I don't know anything about laptops!" - User Perception of Digital Product Advisors Adapting to Their Knowledge Levels
In a laptop-buying chatbot study, novices rated the format combining technical specs, performance categories, and plain-language explanations as more helpful and appropriate than specs alone, while expert ratings did not differ across formats.