APA (7th ed.) Citation

Wilhelm, H. J., Marko, H. S., Gandolf, F., Christoph, S., Jochen, K., & Alexander, B. Machine learning-based evaluation of performance of silicon nitride waveguide fabrication: Gradient-boosted forests for predicting propagation and bend excess losses. EDP Sciences.

Chicago Style (17th ed.) Citation

Wilhelm, Hinum-Wagner Jakob, Hoermann Samuel Marko, Feigl Gandolf, Schmidt Christoph, Kraft Jochen, and Bergmann Alexander. Machine Learning-based Evaluation of Performance of Silicon Nitride Waveguide Fabrication: Gradient-boosted Forests for Predicting Propagation and Bend Excess Losses. EDP Sciences.

MLA (9th ed.) Citation

Wilhelm, Hinum-Wagner Jakob, et al. Machine Learning-based Evaluation of Performance of Silicon Nitride Waveguide Fabrication: Gradient-boosted Forests for Predicting Propagation and Bend Excess Losses. EDP Sciences.