GSoC Participation History
Technologies
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Past Projects
FLINT-Backed Multivariate Polynomials in SymPy
SymPy currently lacks an efficient backend for dense and sparse multivariate polynomials over ℤ and ℚ, leading to performance bottlenecks in many...
Implementing a Domain for Formal Power Series in SymPy
This project implements a domain system for formal power series in SymPy, enhancing the ring_series module with PowerSeriesRing (Domain),...
Improving Relational Reasoning and Introducing Quantifier Support in SymPy's Assumptions Framework
This GSoC project focuses on strengthening SymPy's assumptions system through a two-fold approach. The first component targets relational reasoning...
Extending Sympy’s Control Module to Discrete-Time Systems
This project aims to upgrade the control module of SymPy by adding support for discrete-time systems. The focus will be on developing efficient...
Symbolic Wrapping Geometries for Musculoskeletal Modeling in SymPy
Musculoskeletal forces from muscles and tendons often wrap around bones and joints along curved surfaces. Current tools rely on numerical...
Enhancing the Structure2d Module in SymPy’s Continuum Mechanics
This project enhances SymPy’s structure2d module in continuum_mechanics by addressing missing load types, limited visualization, and analytical gaps...
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