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Lee, Ki-chun

Hanyang University

研究室紹介

Professor Lee, Ki-chun's research lab specializes in intelligent systems and data-driven methodologies, focusing on the integration of affective computing and advanced machine learning for real-time human-computer interaction. The lab explores emotion recognition through multimodal signals—particularly facial and audio cues—to enhance user engagement in interactive environments such as exhibitions and smart services. A key research direction involves developing robust, scalable machine learning models, including ensemble techniques like AdaBoost.RMU.R, for handling large-scale data in practical applications. The lab also emphasizes the application of computational intelligence in service innovation and human-centered technology design.

affective computingemotion recognitionensemble learninglarge-scale datainteractive services

Research Overview

Papers
2
Total Citations
2
Papers (5y)
2
Primary Field

Research Output Trend

Figures are computed from collected data and may differ slightly.

Publications per year (5y)
2total
2014
2016
Citations per year (5y)
2total
20142016

Selected Papers

2
1
Article|2 citations·2014
Multimodal Emotional State Estimation Model for Implementation of Intelligent Exhibition Services
이기천, 최소윤, 안현철, 김재경
https://acoms1.kisti.re.kr/kiiss/index.jsp

Both researchers and practitioners are showing an increased interested in interactive exhibition services. Interactive exhibition services are designed to directly respond to visitor responses in real time, so as to fully engage visitors’ interest and enhance their satisfaction. In order to install an effective interactive exhibition service, it is essential to adopt intelligent technologies that enable accurate estimation of a visitor’s emotional state from responses to exhibited stimulus. Stud

2
Article|0 citations·2016
대량 데이터를 위한 제한거절 기반의 회귀부스팅 기법
권혁호, 김승욱, 최동훈, 이기천

The purpose of this study is to challenge a computational regression-type problem, that is handling large-size data, in which conventional metamodeling techniques often fail in a practical sense. To solve such problems, regression-type boosting, one of ensemble model techniques, together with bootstrapping-based re-sampling is a reasonable choice. This study suggests weight updates by the amount of the residual itself and a new error decision criterion which constructs an ensemble model of model

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