期刊論文| 1. | Deng, Ju-Long(1982)。Control problem of grey system。Systems & Control Letters，1(5)，288-294。   |
| 2. | Chen, H. M.、Kao, W. K.、Tsai, H. C.(2012)。Genetic programming for predicting aseismic abilities of school buildings。Engineering Applications of Artificial Intelligence，25(6)，1103-1113。 |
| 3. | Cheng, M. Y.、Chen, C. S.(2011)。Optimal planning model for school buildings considering the tradeoff of seismic resistance and cost effectiveness: A Taiwan case study。Structural and Multidisciplinary Optimization，43(6)，863-879。 |
| 4. | Chung, L. L.、Chen, Y. T.、Sun, C. H.、Lien, K. H.、Wu, L. Y.(2012)。Applicability investigation of code-defined procedures on seismic performance assessment of typical school buildings in Taiwan。Engineering Structures，36，147-159。 |
| 5. | Drucker, H.、Burges, C. J. C.、Kaufman, L.、Smola, A.、Vapnik, V. N.(1996)。Support vector regression machines。Advances in Neural Information Processing Systems，9，155-161。 |
| 6. | 王文清、廖佳俊(20160300)。學校建築耐震能力資料探勘模型評估與系統建置。災害防救科技與管理學刊，5(1)，1-25。 延伸查詢 |
| 7. | Cheng, M. Y.、Chen, C. S.(2014)。Preliminary planning efficiency evaluation for school buildings considering the tradeoffs of MOOP and planning preferences。Journal of Civil Engineering and Management，20(2)，211-222。 |
| 8. | Hu, J. L.、Tang, X. W.、Qiu, J. N.(2016)。Assessment of seismic liquefaction potential based on Bayesian network constructed from domain knowledge and history data。Soil Dynamics and Earthquake Engineering，89，49-60。 |
| 9. | Shiwaku, K.、Ueda, Y.、Oikawa, Y.、Shaw, R.(2016)。School disaster resilience assessment in the affected areas of 2011 East Japan earthquake and tsunami。Natural Hazards，82(1)，333-365。 |
| 10. | Ferreira, C.(2001)。Gene expression programming: a new adaptive algorithm for solving problems。Complex Systems，13(2)，87-129。 |
| 11. | 陳清山(20170600)。以人工智慧理論探討臺中市中小學校舍耐震因子及耐震能力。建築學報，100，95-116。 延伸查詢 |
| 12. | 鄭明淵、張于漢、Prayogo, Doddy、吳建燁(20180600)。演化式人工智慧建立專案實獲完工工期推論模式之研究。建築學報，104，73-87。 延伸查詢 |
| 13. | Armaghani, D. J.、Safari, V.、Fahimifar, A.、Monjezi, M.、Mohammadi, M. A.(2018)。Uniaxial compressive strength prediction through a new technique based on gene expression programming。Neural Computing and Applications，30(11)，3523-3532。 |
| 14. | Chen, C. S.、Cheng, M. Y.、Wu, Y. W.(2012)。Seismic assessment of school buildings in Taiwan using the evolutionary support vector machine inference system。Expert Systems with Applications，39(4)，4102-4110。 |
| 15. | Cheng, M. Y.、Wei, H. H.、Wu, Y. W.、Chen, H. M.、Wu, C. W.(2018)。Optimization of life-cycle cost of retrofitting school buildings under seismic risk using evolutionary support vector machine。Technological and Economic Development of Economy，24(2)，812-824。 |
| 16. | Jafari, S.、Mahini, S. S.(2017)。Lightweight concrete design using gene expression programing。Construction and Building Materials，139，93-100。 |
| 17. | Kose, M. M.、Kayadelen, C.(2013)。Effects of infill walls on RC buildings under time history loading using genetic programming and neuro-fuzzy。Structural Engineering and Mechanics，47(3)，401-419。 |
| 18. | Tarawneh, Bashar(2020)。Gene expression programming model to predict driven pipe piles set-up。International Journal of Geotechnical Engineering，14(5)，538-544。 |
| 19. | 陳清山(20200300)。規劃設計階段考量中小學體育館之耐震因子及耐震能力--以多變量及人工智慧理論為研究方法。建築學報，111，55-75。 延伸查詢 |
| 20. | 葉勇凱、周德光(20180600)。典型校舍耐震性能與易損性曲線探討。中國土木水利工程學刊，30(2)，141-149。 延伸查詢 |
| 21. | 鍾立來、黃鈞鼎、楊耀昇、林聖學、賴勇安、吳賴雲(20150300)。以現地試驗驗證口湖國小含磚牆校舍之簡易側推分析。中國土木水利工程學刊，27(1)，59-68。 延伸查詢 |
| 22. | Adhikari, R.、Gautam, D.(2019)。Component level seismic fragility functions and damage probability matrices for Nepali school buildings。Soil Dynamics and Earthquake Engineering，120，316-319。 |
| 23. | Anelli, A.、Santa-Cruz, S.、Vona, M.、Tarque, N.、Laterza, M.(2019)。A proactive and resilient seismic risk mitigation strategy for existing school buildings。Structure and Infrastructure Engineering，15(2)，137-151。 |
| 24. | Chao, Yi-feng、Chen, Hung-ming(20160700)。Automatic Modeling Method for Regional Seismic Damage Assessment of School Buildings in Taiwan。Journal of The Chinese Institute of Engineers，39(5)，606-614。 |
| 25. | Chi, N. W.、Wang, J. P.、Liao, J. H.、Cheng, W. C.、Chen, C. S.(2020)。Machine learning-based seismic capability evaluation for school buildings。Automation in Construction，118。 |
| 26. | Hajihassani, M.、Abdullah, S. S.、Asteris, P. G.、Armaghani, D. J.(2019)。A gene expression programming model for predicting tunnel convergence。Applied Sciences，9(21)。 |
| 27. | Hu, B.、Wei, X.、Lv, H.、Kundu, T.、Li, N.(2019)。Experimental and analytical study on seismic behavior of strengthened existing single frame structures with exterior cantilevers。Advances in Materials Science and Engineering，2019。 |
| 28. | Luo, H.、Paal, S. G.(2019)。A locally weighted machine learning model for generalized prediction of drift capacity in seismic vulnerability assessments。Computer-Aided Civil and Infrastructure Engineering，34(11)，935-950。 |
| 29. | Miano, A.、Chiumiento, G.(2020)。Case study on seismic retrofit and cost assessment for a school building。Structural Engineering and Mechanics，73(1)，53-64。 |
| 30. | Motlagh, Z. S.、Dehkordi, M. R.、Eghbali, M.、Samadian, D.(2020)。Evaluation of seismic resilience index for typical RC school buildings considering carbonate corrosion effects。International Journal of Disaster Risk Reduction，46。 |
| 31. | Segovia-Verjel, M. L.、Requena-García-Cruz, M. V.、de-Justo-Moscardó, E.、Morales-Esteban, A.(2019)。Optimal seismic retrofitting techniques for URM school buildings located in the southwestern Iberian peninsula。PloS one，14(10)。 |
| 32. | Zhang, Z.、Hsu, T. Y.、Wei, H. H.、Chen, J. H.(2019)。Development of a data-mining technique for regional-scale evaluation of building seismic vulnerability。Applied Sciences，9(7)。 |