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Author

Kwang Yoon Song

Institution: Chosun University
ORCID: 0009-0003-8402-6688
Observed ORCID: 0009-0003-8402-6688
OpenAlex ID: A5111209932
A testing-coverage software reliability model with the uncertainty of operating environments
2014 · In Hong Chang, Hoang Pham, et al. · International Journal of Systems Science Operations & Logistics · 52
A three-parameter fault-detection software reliability model with the uncertainty of operating environments
2016 · Kwang Yoon Song, In Hong Chang, et al. · Journal of Systems Science and Systems Engineering · 45
A Software Reliability Model with Dependent Failure and Optimal Release Time
2022 · Youn Su Kim, Kwang Yoon Song, et al. · Symmetry · 41
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A Testing Coverage Model Based on NHPP Software Reliability Considering the Software Operating Environment and the Sensitivity Analysis
2019 · Kwang Yoon Song, In Hong Chang, et al. · Mathematics · 33
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NHPP Software Reliability Model with Inflection Factor of the Fault Detection Rate Considering the Uncertainty of Software Operating Environments and Predictive Analysis
2019 · Kwang Yoon Song, In Hong Chang, et al. · Symmetry · 29
A Software Reliability Model Considering the Syntax Error in Uncertainty Environment, Optimal Release Time, and Sensitivity Analysis
2018 · Da Hye Lee, In Hong Chang, et al. · Applied Sciences · 21
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Optimal Release Time and Sensitivity Analysis Using a New NHPP Software Reliability Model with Probability of Fault Removal Subject to Operating Environments
2018 · Kwang Yoon Song, In Hong Chang, et al. · Applied Sciences · 20
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Forecasting COVID-19 Confirmed Cases Using Empirical Data Analysis in Korea
2021 · Da Hye Lee, Youn Su Kim, et al. · Healthcare · 15
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Prediction and Comparative Analysis of Software Reliability Model Based on NHPP and Deep Learning
2023 · Youn Su Kim, Kwang Yoon Song, et al. · Applied Sciences · 10
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NHPP Software Reliability Model with Rayleigh Fault Detection Rate and Optimal Release Time for Operating Environment Uncertainty
2024 · Kwang Yoon Song, In Hong Chang · Applied Sciences · 7
A Software Reliability Model Considering a Scale Parameter of the Uncertainty and a New Criterion
2024 · Kwang Yoon Song, Youn Su Kim, et al. · Mathematics · 7
Machine Learning-Based Approach to Identifying Fall Risk in Seafarers Using Wearable Sensors
2024 · Jungyeon Choi, Brian A. Knarr, et al. · Journal of Marine Science and Engineering · 6
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Non-Homogeneous Poisson Process Software Reliability Model and Multi-Criteria Decision for Operating Environment Uncertainty and Dependent Faults
2025 · Youn Su Kim, Kwang Yoon Song, et al. · Applied Sciences · 3
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A software reliability growth model assuming uncertain operating environments and dependent failure occurrences
2026 · Da Hye Lee, Kwang Yoon Song, et al. · Annals of Operations Research · 1
Software reliability model for open-source software that considers the number of finite faults and dependent faults
2023 · Kwang Yoon Song, Youn Su Kim, et al. · Mathematical Biosciences & Engineering · 1
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Classification analysis of the underprivileged class according to digital divide using machine learning
2021 · Kwang Yoon Song, Youn Su Kim, et al. · Journal of the Korean Data and Information Science Society · 1
An EFA for Software Development Environments
2020 · Kwang Yoon Song, In Hong Chang · International Conference on Smart Media and Applications (SMA) · 1
Improved Exponential Software Reliability Model Based on NHPP with the Uncertainty of Operating Environments
2017 · Kwang Yoon Song, In Hong Chang · Journal of the Chosun Natural Science · 1
A software reliability model based on a learning-Based saturating fault detection rate
2026 · In Hong Chang, Onon-Ujin Otgonbayar, et al. · Journal of the Korean Data and Information Science Society
A Convex-Dependent NHPP Software Reliability Model and Its Deep-Learning-Based Parameter Estimation
2026 · Youn Su Kim, In Hong Chang, et al. · Mathematics
A Software Reliability Model Considering the Initial and Test-Start Faults with Dependent Failures
2026 · Youn Su Kim, Kwang Yoon Song, et al. · Mathematics
Nonhomogeneous Poisson Process Software Reliability Growth Model with Dependent Failures and an Exponentially Decaying Fault Detection Rate
2026 · Kwang Yoon Song, Onon-Ujin Otgonbayar, et al. · Mathematics
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An NHPP software reliability model considering a new fault detection rate function with the exponential growth shape
2025 · In-Hong Chang, Onon-Ujin Otgonbayar, et al. · Journal of the Korean Data and Information Science Society
Nonhomogeneous Poisson process software reliability model incorporating initial fault diversification and dependent failures
2025 · Youn Su Kim, Kwang Yoon Song, et al. · Science Progress
Exploration of Factors Affecting the Caring Time and Caring Burden of Families with Disabilities in Gwangju Metropolitan City
2025 · 조선대학교 특수교육과 조교수, Jeehee Jeong, et al. · The Jounal of Cultural Exchange
Works count: 31
Citation count: 294
H-index: 9
I10-index: 9
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