| 期刊論文| 1. | Yang, M. D.、Chao, C. F.、Lu, L. Y.、Huang, K. S.、Chen, Y. P.(2013)。Image-based 3D scene reconstruction and exploration in augmented reality。Automation in Construction，33，48-60。   | | 2. | Westoby, M. J.、Brasington, J.、Glasser, N. F.、Hambrey, M. J.、Reynolds, J. M.(2012)。"Structure-From-Motion" Photogrammetry: A Low-Cost, Effective Tool for Geoscience Applications。Geomorphology，179，300-314。 | | 3. | Lloyd, S. P.(1982)。Least squares quantization in PCM。IEEE Transactions on Information Theory，28(2)，129-137。 | | 4. | Yang, M. D.、Huang, K. S.、Kuo, Y. H.、Tsai, H. P.、Lin, L. M.(2017)。Spatial and spectral hybrid image classification for rice lodging assessment through UAV imagery。Remote Sensing，9(6)，583-602。 | | 5. | Turner, D.、Lucieer, A.、Watson, C.(2012)。An Automated Technique for Generating Georectified Mosaics from Ultra-High Resolution Unmanned Aerial Vehicle (UAV) Imagery, Based on Structure from Motion (SfM) Point Clouds。Remote Sensing，4(5)，1392-1410。 | | 6. | 楊明德、許鈺群、曾信鴻、曾偉誠(20190900)。無人機於精準農業之應用。科儀新知，220，20-39。 延伸查詢 | | 7. | Enciso, J.、Avila, C. A.、Jung, J.、Elsayed-Farag, S.、Chang, A.、Yeom, J.、Landivar, J.、Maeda, M.、Chavez, J. C.(2019)。Validation of agronomic UAV and field measurements for tomato varieties。Computers and Electronics in Agriculture，158，278-283。 | | 8. | Li, G. S.、Wu, D. H.、Su, Y. C.、Kuo, B. J.、Yang, M. D.、Lai, M. H.、Lu, H. Y.、Yang, C. Y.(2021)。Prediction of plant nutrition state of rice under water-saving cultivation and panicle fertilization application decision making。Agronomy，11(8)。 | | 9. | Ng, P. C.、Henikoff, S.(2003)。SIFT: Predicting amino acid changes that affect protein function。Nucleic Acids Research，31(13)，3812-3814。 | | 10. | Wang, X.、Zhang, R.、Song, W.、Han, L.、Liu, X.、Sun, X.、Luo, M.、Chen, K.、Zhang, Y.、Yang, H.、Yang, G.、Zhao, Y.、Zhao, J.(2019)。Dynamic plant height QTL revealed in maize through remote sensing phenotyping using a high-throughput unmanned aerial vehicle (UAV)。Scientific Reports，9(1)。 | | 11. | Watanabe, K.、Guo, W.、Arai, K.、Takanashi, H.、Kajiya-Kanegae, H.、Kobayashi, M.、Yano, K.、Tokunaga, T.、Fujiwara, T.、Tsutsumi, N.、Iwata, H.(2017)。High-throughput phenotyping of sorghum plant height using an unmanned aerial vehicle and its application to genomic prediction modeling。Frontiers in Plant Science，8。 | | 12. | Yang, C. Y.、Yang, M. D.、Tseng, W. C.、Hsu, Y. C.、Li, G. S.、Lai, M. H.、Lu, H. Y.(2020)。Assessment of rice developmental stage using time series UAV imagery for variable irrigation management。Sensors，20(18)。 | | 13. | Yang, M. D.、Hsu, Y. C.、Tseng, W. C.、Lu, C. Y.、Yang, C. Y.、Lai, M. H.、Wu, D. H.(2021)。Assessment of grain harvest moisture content using machine learning on smartphone images for optimal harvest timing。Sensors，21(17)。 | | 14. | Yang, M. D.、Tseng, H. H.、Hsu, Y. C.、Yang, C. Y.、Lai, M. H.、Wu, D. H.(2021)。A UAV open dataset of rice paddies for deep learning practice。Remote Sensing，13(7)。 | | 15. | Zhang, Y.、Yu, C.、Lin, J.、Liu, J.、Liu, B.、Wang, J.、Huang, A.、Li, H.、Zhao, T.(2017)。OsMPH1 regulates plant height and improves grain yield in rice。PLoS One，12(7)。 | 會議論文| 1. | Gini, R.、Pagliari, D.、Passoni, D.、Pinto, L.、Sona, G.、Dosso, P.(2013)。UAV photogrammetry: Block triangulation comparisons157-162。 | |