Structure in Motion - Geometric Insights in Protein Folding, Robot Kinematics, and Auxetic Materials
Explore geometric insights on protein folding, robot kinematics, and auxetic materials. Discover analogies and structural characteristics in this presentation by mathematics and computer science professors Borcea and Streinu.
Computational Geometry
Explore fundamental algorithms and data structures for solving geometric problems, including convex hulls, Voronoi diagrams, and range searching, with applications in various fields.
The Geometry of the Cosmic Web and Primordial Information Flow
Explores networks with Voronoi-based geometries, including cosmic web and spiderwebs. Discusses primordial information flow in cosmic web formation and its implications for structure determinism at different scales.
Fundamental Algorithms - Design and Analysis
This course provides an introduction to mathematical modeling of computational problems. It covers the common algorithms, algorithmic paradigms, and data structures used to solve these problems.
Computational Geometry
Explore fundamental concepts and advanced techniques in computational geometry through comprehensive lectures, covering various algorithms and applications in spatial data analysis.
Generalization in Diffusion Models Arises from Geometry-Adaptive Harmonic Representations
Uncover the geometric foundations of diffusion models' generalization capabilities through adaptive harmonic representations in this insightful exploration.
Processing Java Library - Starting Computational Geometry Challenges
Explore Processing Java library creation and computational geometry challenges in this live coding session, featuring community contributions and a gift wrapping algorithm implementation.
Las matemáticas como compañeras de viaje
Descubre cómo el sacrificio, esfuerzo y constancia pueden llevarte a alcanzar tus metas a través de las experiencias personales de una destacada matemática y profesora universitaria.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 16
Explore sistemas gráficos 3D com o Prof. Luiz Velho nesta aula avançada do programa de mestrado, abordando conceitos e técnicas essenciais para o desenvolvimento de gráficos tridimensionais.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 15
Explore avançados sistemas gráficos 3D em aula de mestrado, abordando técnicas e conceitos essenciais para desenvolvimento de aplicações visuais complexas.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 14
Explore sistemas gráficos 3D em aula de mestrado, abordando conceitos avançados e aplicações práticas na computação gráfica moderna.
Sistemas Gráficos 3D - Aula 13
Explore sistemas gráficos 3D com o Prof. Luiz Velho em aula avançada de mestrado. Aprofunde conhecimentos em computação gráfica e visualização tridimensional.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 11
Explore sistemas gráficos 3D com o Prof. Luiz Velho nesta aula avançada do programa de mestrado, abordando conceitos e técnicas essenciais para o desenvolvimento de gráficos tridimensionais.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 09
Explore sistemas gráficos 3D com o Prof. Luiz Velho nesta aula do programa de mestrado, abordando conceitos avançados e aplicações práticas na área.
Programa de Mestrado: Sistemas Gráficos 3D - Aula 02
Explore sistemas gráficos 3D com o Prof. Luiz Velho em aula avançada do programa de mestrado, abordando conceitos e técnicas fundamentais para modelagem e renderização tridimensional.
Computing Growth Functions of Periodic Tessellation
Odkryj metody obliczania funkcji wzrostu dla okresowych teselacji, zgłębiając zaawansowane koncepcje matematyczne i ich zastosowania.
An Implicit Formulation for Incorporating Different Priors into a Deformation Model
Explore an implicit formulation for incorporating diverse priors into deformation models, enhancing geometric analysis and shape modeling techniques.
Level Set Shape Optimization on Aggregated Polytopic Meshes
Explore level set shape optimization using polytopic meshes and Discontinuous Galerkin methods for improved boundary tracking and computational efficiency in structural optimization.
Rodin: Density and Topology Optimization Framework - MFEM Workshop 2022
Explore Rodin, a C++17 framework for shape, density, and topology optimization. Learn its functionalities, from refining shapes to solving variational problems in scientific simulations.
Geometric and Topological Data Analysis of Enzyme Kinetics
Explore geometric and topological data analysis techniques applied to enzyme kinetics, focusing on ERK molecular dynamics and its implications for cancer and developmental defects.
Geometry and Topology of Periodic Point Sets, for Example Crystals
Explore geometric and topological tools for characterizing crystalline materials, including Brillouin zones and persistent homology, and discuss challenges in defining persistent homology for periodic point sets.