Similarity-based calibration method for zero-shot recognition in multi-object scenes

Citations

SCOPUS

0

초록

The objective of Zero-Shot Learning (ZSL) is to classify the class labels of unseen objects using external knowledge representing semantic information. Traditional zero-shot recognition models have the limitation that they rely only on the visual appearance of an unseen object. To alleviate this limitation, we propose a novel method that calibrates the visual prediction of an unseen object by using contextual information based on similarities between the unseen object and its surrounding seen objects in a multi-object scene. We incorporate the proposed method into each of the traditional models and conduct a comparative evaluation between the models with and without our calibration algorithm. The evaluation results show consistent performance improvements by a significant margin.

키워드

Knowledge graphSemantic embeddingSimilarity-based calibrationZero-shot learningCalibrationClassification (of information)SemanticsCalibration algorithmCalibration methodComparative evaluationsConsistent performanceContextual informationEvaluation resultsRecognition modelsSemantic informationInformation use
제목
Similarity-based calibration method for zero-shot recognition in multi-object scenes
저자
Chang, Doo SooCho, Gun HeeChoi, Yong Suk
DOI
10.1145/3341105.3373931
발행일
2020-03
유형
Conference Paper
저널명
Proceedings of the ACM Symposium on Applied Computing
페이지
1096 ~ 1103