Projects with this topic
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A series of Jupyter notebooks and exported slides that serve as an introduction and tutorial for Hydronaut.
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Implementation of CRDTp and CRDTd encapsulation mecanisms to evaluate ACCURE - see accure.rigelk.eu
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jax-cdl implements Low-Rank Time–Frequency Synthesis and Multivariate Convolutional Sparse Coding using jax.
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Memetic Semantic for Symbolic Regression
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This repository proposes python bindings of C++ functions to approximate any multiparameter persistence module with an interval decomposable multipersistence module.
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Python library for controlling an Ozobot Evo robot via its Bluetooth connection.
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Generation of a sphinx documentation in the pages of a small python application.
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A project containing a catkin workspace that communicates with the HoloLens 2 application PandaCapacityAR and visualizes the polytopes of a Franka Emika Panda robot's task space capacities.
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New on-line polytope vertex search algorithm optimised for force and velocity polytope evaluation of serial robots. https://auctus-team.gitlabpages.inria.fr/people/antunskuric/papers/polytope_vertex_search
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This Python repository offers a way to perform a markerless kinematic analysis from multiple calibrated views as a unified workflow from an OpenPose input to an OpenSim result.
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GPU-accelerated Monte Carlo uncertainty quantification for SVBRDF measurements on the La Coupole setup. Companion code to the associated Optics Express paper and dataset.
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A repo demonstrating how to use python KDL library and anaconda.
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A python pip package for easier manipulaiton of pinocchio robot models https://auctus-team.gitlabpages.inria.fr/people/antunskuric/pynocchio
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A tool for a numeric algorithm that computes an approximate values of the permissiveness function for general timed automata. For resource: see the chapter 6 of the thesis of Emily Clement (Section 6.1)
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This is a repository with examples of how to use pyomeca borbd and bioviz software for manipulation of musculoskeletal models.
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A simple project showing how to use Witmotion IMUs for doing inverse kinematics using biorbd library and calculating the human's force polytope.
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Geometric processing of vector drawings in python3
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The tool, written in Python, of the implementation of the algorithm presented in FORMATS 2020 (ref: CMMJ2020) Long version paper: https://arxiv.org/pdf/2007.01815.pdf
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