TopoAct: Visually Exploring the Shape of Activations in Deep Learning von Rathore, Archit, Chalapathi, Nithin, Palande, Sourabh, Wang, Bei

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Plants & Python: A series of lessons in coding, plant biology, computation, and bioinformatics

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Topological data analysis reveals a core gene expression backbone that defines form and function across flowering plants von Palande, Sourabh, Kaste, Joshua A M, Roberts, Miles D, Segura Abá, Kenia, Claucherty, Carly, Dacon, Jamell, Doko, Rei, Jayakody, Thilani B, Jeffery, Hannah R, Kelly, Nathan, Manousidaki, Andriana, Parks, Hannah M, Roggenkamp, Emily M, Schumacher, Ally M, Yang, Jiaxin, Percival, Sarah, Pardo, Jeremy, Husbands, Aman Y, Krishnan, Arjun, Montgomery, Beronda L, Munch, Elizabeth, Thompson, Addie M, Rougon-Cardoso, Alejandra, Chitwood, Daniel H, VanBuren, Robert

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Topological Data Analysis of Functional MRI Connectivity in Time and Space Domains von Anderson, Keri L., Anderson, Jeffrey S., Palande, Sourabh, Wang, Bei

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Revisiting Abnormalities in Brain Network Architecture Underlying Autism Using Topology-Inspired Statistical Inference von Palande, Sourabh, Jose, Vipin, Zielinski, Brandon, Anderson, Jeffrey, Fletcher, P Thomas, Wang, Bei

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Expression‐based machine learning models for predicting plant tissue identity von Palande, Sourabh, Arsenault, Jeremy, Basurto‐Lozada, Patricia, Bleich, Andrew, Brown, Brianna N. I., Buysse, Sophia F., Connors, Noelle A., Das Adhikari, Sikta, Dobson, Kara C., Guerra‐Castillo, Francisco Xavier, Guerrero‐Carrillo, Maria F., Harlow, Sophia, Herrera‐Orozco, Héctor, Hightower, Asia T., Izquierdo, Paulo, Jacobs, MacKenzie, Johnson, Nicholas A., Leuenberger, Wendy, Lopez‐Hernandez, Alessandro, Luckie‐Duque, Alicia, Martínez‐Avila, Camila, Mendoza‐Galindo, Eddy J., Plancarte, David Cruz, Schuster, Jenny M., Shomer, Harry, Sitar, Sidney C., Steensma, Anne K., Thomson, Joanne Elise, Villaseñor‐Amador, Damián, Waterman, Robin, Webster, Brandon M., Whyte, Madison, Zorilla‐Azcué, Sofía, Montgomery, Beronda L., Husbands, Aman Y., Krishnan, Arjun, Percival, Sarah, Munch, Elizabeth, VanBuren, Robert, Chitwood, Daniel H., Rougon‐Cardoso, Alejandra

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Expression-based machine learning models for predicting plant tissue identity von Chitwood, Daniel, Palande, Sourabh

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Autism Classification Using Topological Features and Deep Learning: A Cautionary Tale von Rathore, Archit, Palande, Sourabh, Anderson, Jeffrey S., Zielinski, Brandon A., Fletcher, P. Thomas, Wang, Bei

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Any Graph is a Mapper Graph von Alvarado, Enrique G, Belton, Robin, Lee, Kang-Ju, Palande, Sourabh, Percival, Sarah, Purvine, Emilie, Tymochko, Sarah

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Revisiting Abnormalities in Brain Network Architecture Underlying Autism Using Topology-Inspired Statistical Inference von Palande, Sourabh, Jose, Vipin, Zielinski, Brandon, Anderson, Jeffrey, Fletcher, P. Thomas, Wang, Bei

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G$-Mapper: Learning a Cover in the Mapper Construction von Alvarado, Enrique, Belton, Robin, Fischer, Emily, Lee, Kang-Ju, Palande, Sourabh, Percival, Sarah, Purvine, Emilie

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Sketching Merge Trees for Scientific Data Visualization von Li, Mingzhe, Palande, Sourabh, Yan, Lin, Wang, Bei

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TopoAct: Visually Exploring the Shape of Activations in Deep Learning von Rathore, Archit, Chalapathi, Nithin, Palande, Sourabh, Wang, Bei

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Spectral Sparsification of Simplicial Complexes for Clustering and Label Propagation von Osting, Braxton, Palande, Sourabh, Wang, Bei

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Any Graph is a Mapper Graph von Alvarado, Enrique G, Belton, Robin, Kang-Ju, Lee, Palande, Sourabh, Percival, Sarah, Purvine, Emilie, Tymochko, Sarah

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(G\)-Mapper: Learning a Cover in the Mapper Construction von Alvarado, Enrique, Belton, Robin, Fischer, Emily, Kang-Ju, Lee, Palande, Sourabh, Percival, Sarah, Purvine, Emilie

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Sketching Merge Trees for Scientific Data Visualization von Li, Mingzhe, Palande, Sourabh, Lin, Yan, Wang, Bei

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TopoAct: Visually Exploring the Shape of Activations in Deep Learning von Rathore, Archit, Chalapathi, Nithin, Palande, Sourabh, Wang, Bei

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Spectral Sparsification of Simplicial Complexes for Clustering and Label Propagation von Osting, Braxton, Palande, Sourabh, Wang, Bei

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