Hardware Accelerator implementation for solving an ordinary differential equation using Runge Kutta Numerical methods using VHDL language
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Mar 9, 2024 - VHDL
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ode-solvers
Here are 14 public repositories matching this topic...
MATLAB implementations of numerical analysis algorithms for root finding, optimization, linear systems, interpolation, quadrature, and ODE solving.
optimization interpolation matlab linear-algebra root-finding scientific-computing quadrature numerical-methods numerical-analysis ode-solvers
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May 28, 2026 - MATLAB
Computational physics notebook implementing numerical ODE solvers in Python, including Euler, modified Euler and Milne-Simpson methods with SciPy comparison.
python physics numpy scientific-computing computational-physics scipy matplotlib numerical-methods ode-solvers
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Jun 2, 2026 - Jupyter Notebook
Open research-code package for exploring CNRS: complex-base representation, CNRS-float, branch-aware complex-state workflows, and CNRS-H scale-law calculus. Part of a broader research programme on scale, representation, and complex-state preservation.
python computational-biology scientific-computing complex-numbers dynamical-systems numerical-methods complex-systems computational-science symbolic-computation cnrs mathematical-modeling experimental-mathematics research-software scientific-python ode-solvers multi-scale-modeling branch-cuts scale-laws
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Jun 7, 2026 - Python
Reference implementations of sevelar ODE integration methods
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Oct 20, 2022 - Mathematica
Nuclear detonation atmospheric dispersion modelling in Julia, with React/Leaflet web GUI and PostgreSQL result caching
julia particle-tracking cma-es hysplit era5 flexpart ode-solvers emergency-preparedness atmospheric-dispersion lagrangian-transport nuclear-emergency radiological-transport fallout-modelling
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Jun 2, 2026 - Julia
Scientific Python notebooks implementing interpolation, numerical integration, ODE solvers and stochastic simulation for computational physics.
python interpolation physics numpy scientific-computing computational-physics scipy matplotlib numerical-methods numerical-integration stochastic-simulation ode-solvers
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Jun 8, 2026 - Jupyter Notebook
A repository for training neural network models using Ordinary Differential Equations (ODEs) as the loss function. The project leverages JAX for efficient computation and Hydra for configuration management.
deep-learning flax mlp-regressor euler-method runge-kutta-4 jax physics-informed-neural-networks ode-solvers neural-solver
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Oct 9, 2024 - Jupyter Notebook
Numerical ODE solvers implemented from scratch (RK4, RK45, DoPri5), with convergence and error analysis for Scientific Computing.
python scientific-computing applied-mathematics ordinary-differential-equations numerical-analysis runge-kutta error-analysis rk4 convergence-analysis dormand-prince rk45 ode-solvers
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Jan 25, 2026 - Python
Hardware Accelerator implementation for solving an ordinary differential equation using Runge Kutta Numerical methods using VHDL language
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Jul 24, 2025 - VHDL
Tutorial files that present several methods to solve Ordinary Differential Equations (ODEs) with Matlab and Simulink.
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Nov 3, 2024 - MATLAB
Mathematical Modeling General Toolkit
open-source c-plus-plus network-topology linear-algebra scientific-computing mathematical-modeling c-plus-plus-20 kuramoto-model ode-solvers dde-solvers
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Nov 26, 2025 - C++
A minimal physics simulator built from scratch to study numerical stability, symplectic integrators, performance scaling, and reinforcement learning rollout infrastructure.
performance-engineering reinforcement-learning computational-physics control-systems physics-simulation numerical-analysis systems-engineering simulation-engine memory-optimization symplectic-integrators ode-solvers
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Feb 17, 2026 - Python
Template Numerical Library
hpc gpu linear-algebra openmp cuda scientific-computing hip spmv sparse-matrices unstructured-meshes krylov-methods multicore-cpu dense-matrices nd-arrays expression-templates ode-solvers
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Jun 12, 2026 - C++
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