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Explore new findings in computing Zigzag and Multiparameter Persistence with Applied Algebraic Topology Network. Less than 1-hour talk on improving efficiency and performance in persistence computation.
Explore the effectiveness of persistent homology in natural and applied sciences with the Applied Algebraic Topology Network. Learn to detect geometric features from 2D and 3D point clouds in under an hour.
Explore the application of vector bundles in data science with the Applied Algebraic Topology Network. Learn to solve synchronization problems and perform topology-preserving dimensionality reduction.
Explore topological data analysis with the Applied Algebraic Topology Network. Learn to reconstruct topological properties of compact metric spaces using simpler ones in under an hour.
Explore mathematical morphology and image processing through persistent homology with this less than 1-hour material from the Applied Algebraic Topology Network. Learn to optimize image study and rendering.
Explore the measurement of curve similarity in various settings with the Applied Algebraic Topology Network. Understand homotopy-based measures, their properties, and computation complexities.
Explore the interpretation of persistence diagrams in relation to underlying space properties with the Applied Algebraic Topology Network. Less than 1-hour workload.
Explore persistent homotopy groups of metric spaces with the Applied Algebraic Topology Network. Understand their stability properties and underlying tree-like structure in under an hour.
Explore discrete homotopy theory and its applications with the Applied Algebraic Topology Network. Learn to quantify topological features of spaces in less than an hour.
Dive into algebraic topology with Shmuel Weinberger's session on the homology of function spaces, offered by the Applied Algebraic Topology Network. Less than 1-hour workload.
Explore the intersection of Topological Data Analysis (TDA) and Deep Learning in this short program by the Applied Algebraic Topology Network. Gain insights into model performance and explainability.
Explore the homotopical decomposition of a simplicial complex in this less than 1-hour material from Applied Algebraic Topology Network. Dive into homotopy type preservation and related mathematical concepts.
Explore the combinatorics of triangulations and their impact on the topology of embedding spaces in this less than 1-hour material from Applied Algebraic Topology Network.
Explore the algorithmic complexity of computing persistent homology of random Vietoris-Rips filtration in this less than 1-hour material by Applied Algebraic Topology Network.
Explore topological data analysis with the Applied Algebraic Topology Network. Learn to recover input data from topological descriptors and study neuron distributions in under an hour.
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