error-estimation

bgranzow/goal

Goal Oriented Adaptive Lagrangian Mechanics

janblechschmidt/NonvarFEM

This repository contains Python code to solve second-order partial differential equations in nonvariational form using FEniCS

chaotic-society/chebyshev

A header-only C++ testing framework designed for testing scientific software.

jwyyy/bootstrappedRFF

[AISTATS 2023] Error Estimation for Random Fourier Features

JuliaEarth/GeoStatsValidation.jl

Validation methods for the GeoStats.jl framework

jwallwork23/nn_adapt

Accelerating goal-oriented error estimation using neural networks

mpewsey/error_solver

Estimate propagation error tolerances for systems of equations.

nmkmms/NumberMethods08

🔢 Laboratory #8 for Number Methods. Integral calculation using Rectangle, Trapezoid and Simpson methods. Theoretical error estimation.

snatesh/NEMoSys_fork

My fork of NEMoSys, a platform for adaptive mesh refinement and solution verification.

Bessgendre/Analytical-Chemistry-I

Error Estimation of Four main Approximation Equations with Mathematica

helllayde/MonteCarloSimulation

Sample scripts for signal analysis and error evaluation

JuanCarlos0001/Polynomial-regression

tweinschenk/Forschungsprojekt

Numerical simulations are used in a variety of computational problems. The error of the simulation is often of interest here. However, the error is usually not known and must be calculated using expensive methods such as adjoint error equations. We investigate the use of multiple Convulational Neural Networks (CNNs) architectures as efficient and reliable error estimators for muscle fiber simulations by opendihu.

bm777/bootstrap-method-for-error-estimation

Bootstrap method to estimate error like standard error or confident interval

j87302sa/Reservoir_Upscaling_by_Layers_Using_Flow_Based_Upscaling

ToniCardosooo/Numerical-Methods-Lab-Classes

Repository containing python notebooks used to teach the lab classes of the curricular unit "Numerical Methods (M2039)" at FCUP, Portugal, in study year 2023/2024