SDE Selection Options Based on Weighted Portfolio Evaluation Model

The IOC is optimizing the 2032 Summer Olympics by integrating sports that reflect modern values and global appeal. To enhance evaluation, we expanded six criteria into 19 indicators assessing popularity, accessibility, and inclusiveness, combining mRMR and hierarchical analysis for a balanced algorithm.For future trends (Problem 3), we applied linear interpolation for missing data, then fused Random Forest, BP neural network, LSTM, and ARIMA via entropy weighting. The model identified Skateboarding, Sport Climbing, and two others as high-potential sports.Problem 4 employed K-means++ clustering to pinpoint emerging sports aligned with public expectations, highlighting Tug of War, Squash, and Skating. Sensitivity analysis (Problem 5) validated k=5 as optimal via the elbow method.Our recommendations to the IOC include:Reforming weightlifting to prioritize athlete health.Adopting data-driven strategies for sport selection.Balancing tradition with innovation to engage younger audiences.This framework ensures the Olympics remain relevant while upholding exclusivity and athlete welfare.

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Publication Details

Journal
Theoretical and Natural Science
Published
2025-07-20
DOI
https://doi.org/10.54254/2753-8818/2025.25304
Primary Topic
Capital Investment and Risk Analysis
Type
article
Field-Weighted Citation Impact
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article

SDE Selection Options Based on Weighted Portfolio Evaluation Model

Wenxuan Zhang, Yang Lang, Haofeng Wang
Theoretical and Natural Science
Capital Investment and Risk Analysis
article

SDE Selection Options Based on Weighted Portfolio Evaluation Model

Wenxuan Zhang, Yang Lang, Haofeng Wang
article en

Abstract

The IOC is optimizing the 2032 Summer Olympics by integrating sports that reflect modern values and global appeal. To enhance evaluation, we expanded six criteria into 19 indicators assessing popularity, accessibility, and inclusiveness, combining mRMR and hierarchical analysis for a balanced algorithm.For future trends (Problem 3), we applied linear interpolation for missing data, then fused Random Forest, BP neural network, LSTM, and ARIMA via entropy weighting. The model identified Skateboarding, Sport Climbing, and two others as high-potential sports.Problem 4 employed K-means++ clustering to pinpoint emerging sports aligned with public expectations, highlighting Tug of War, Squash, and Skating. Sensitivity analysis (Problem 5) validated k=5 as optimal via the elbow method.Our recommendations to the IOC include:Reforming weightlifting to prioritize athlete health.Adopting data-driven strategies for sport selection.Balancing tradition with innovation to engage younger audiences.This framework ensures the Olympics remain relevant while upholding exclusivity and athlete welfare.

Theoretical and Natural ScienceVol. 104(1)
Shanghai Business School (CN), Shanxi University (CN), Beijing Haidian Hospital (CN)
Openalex Percentile: Top 77%
Capital Investment and Risk Analysis
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