Dataset Groups Activity Stream Monte Carlo Physics-Informed Neural Networks A deep learning approach for solving forward and inverse problems involving fractional partial differential equations. BibTex: @dataset{Ling_Guoa_and_Hao_Wu_and_Xiaochen_Yu_and_Tao_Zhou_2024, abstract = {A deep learning approach for solving forward and inverse problems involving fractional partial differential equations.}, author = {Ling Guoa and Hao Wu and Xiaochen Yu and Tao Zhou}, doi = {10.57702/bz032h9k}, institution = {No Organization}, keyword = {'Fractional Partial Differential Equations', 'Monte Carlo Physics-Informed Neural Networks', 'Physics-Informed Neural Networks'}, month = {dec}, publisher = {TIB}, title = {Monte Carlo Physics-Informed Neural Networks}, url = {https://service.tib.eu/ldmservice/dataset/monte-carlo-physics-informed-neural-networks}, year = {2024} }
