linearization

There are 0 repository under linearization topic.

• YuxiaoLiu / data-driven-power-flow-linearization

  This code studies a linearized PF model through a data-driven approach.

  data-drivenlinearizationpower-flow
  Language:Matlab 30
• Wind-Turbine-Control

  borgestassio / Wind-Turbine-Control

  Controllers designed to the 5MW NREL wind turbine using Simulink and Fast V8

  fastsimulinkwind-turbinesnrel5mw-nrel-controllersmatlabpitchstate-spaceopenfastcontrollercontrollersfeedback-looplinearizationartificial-neural-network5mwfastv8
  Language:Fortran 28

• JuliaControl / ControlSystemsMTK.jl

  Interface between ControlSystems and ModelingToolkit

  control-systemsfeedback-systemsmodelingmodeling-and-simulationlinearizationlpv-systems
  Language:Julia 15

• federicobond / c3-linearization

  A package for doing Solidity and Python-style C3-linearization in ECMAScript

  c3linearizationalgorithmmronodejssoliditypython
  Language:JavaScript 14

• arximboldi / heterarchy

  Cooperative multiple inheritance for CoffeeScript, à-la Python. http://sinusoid.es/heterarchy/

  pythoncoffeescriptc3linearizationheterarchymultiple-inheritance
  Language:CoffeeScript 12

• paramrathour / Nonlinear-Dynamics

  Files related to my Summer of Science Report on Nonlinear Dynamics

  chaosfractalslogistic-mapbifurcationhenon-mapchaos-gamelinearizationstabilityindex-theorylorenz-equationlorenz-attractorrossler-attractorbarnsley-fernjulia-setsmandelbrot-setslyapunov-exponentsnewton-fractalstochastic-systemlotka-volterra-modelsir-model
  Language:TeX 10

• JiachenRen / GomokuZero

  Zero + is a Gomoku AI that implements threat space search, minimax with alpha beta pruning optimized with Zobrist and linear sequence cache, Principal Variation Search, and Monte Carlo Tree Search.

  mcts-visualisationgomokufive-in-a-rowminimax-searchprincipal-variation-searchzobrist-hashinglinearization
  Language:Swift 9

• ThummeTo / FMISensitivity.jl

  Unfortunately, FMUs (fmi-standard.org) are not differentiable by design. To enable their full potential inside Julia, FMISensitivity.jl makes FMUs fully differentiable, regarding to: states and derivatives | inputs, outputs and other observable variables | parameters | event indicators | explicit time | state change sensitivity by event

  fmifmulinearizationscimlsensitivityuncertainty
  Language:Julia 6

• johanmickos / stormy-haystack

  Strongly consistent distributed key-value store

  key-valuedistributed-systemslinearizationfault-toleranceconsistent
  Language:Scala 5

• abhimanyubhowmik / Control_Optimization_AUV

  Repository for AUV Control Optimisation using LQR Project with ECA Group

  auvcontrol-systemslinearizationlqr-controllermatlabsimulink
  Language:MATLAB 4

• alspitz / feedback-linearization

  Feedback linearization for quadrotors

  feedback-linearizationfeedbacklinearizationquadrotordynamicsfeedback-controller
  Language:MATLAB 4

• jfriedlein / Automatic_differentiation_for_material_modelling-dealii

  Functions and guide to use automatic differentiation for material modelling in deal.II on the element and QP level

  adautomatic-differentiationdealiilinearizationmaterial-modellingplasticitysacado
  Language:C++ 4

• MrSaints / go-qpdf

  Simple Go bindings for qpdf C / C++ API; mostly for linearization.

  qpdfcgopdflinearization
  Language:Go 4

• fforw / adaptive-linearization

  Adaptive linearization of bezier curves / SVG paths

  svg-pathlinearizationbezier-curves
  Language:JavaScript 3

• RDCH106 / linearizator

  Small library to solve linearization problems

  pythonmathlinearization
  Language:Python 2

• ChrisHoyer / Python_Toolbox

  This is a library with different sub-libraries to provide basic functions, which can be used in data and signal processing and to compare measurement results against simulation.

  plottoolboxlinearizationpython-toolboxengineering
  Language:Python 1

• Madhushree2000 / AUV_Control_Optimization-ECA_Group

  Repository to design and implement LQR control on an AUV by ECA-Group

  control-systemslqr-controllerpid-controllerlinearization
  Language:MATLAB 1

• nktnlx / ab_testing_advanced_course

  A/B testing statistics, design, increasing sensitivity, multiple experiments comparison, traffic splitting and full A/B testing pipeline in Python

  ab-testingcupeddata-analysisdata-sciencelinearization
  Language:Jupyter Notebook 1

• AntonovKirill / Linearization

  Search for linearizing sets to solve inversion problem

  inversion-problemlinearizationguess-and-determineand-inverter-graphmonte-carlo
  Language:C++ 0

• csirmaz / trained-linearization

  Interpreting neural networks by reducing nonlinearities during training

  neural-networkinterpretabilityluatorchmachine-learninglinearizationrule-extraction
  Language:TeX 0

• iconsjs / icon.js

  The lightweight library to display Icons SVG

  iconiconssvg-pathbezier-curveslinearizationvector
  0

• joaop21 / OnlineSuperMarket

  Fault Tolerance Project

  spread-toolkitload-balancingsoftware-replicationlinearizationgroup-communication
  Language:Java 0

• pabloazurduy / qp-mip

  a quadratic linealization example, using python-mip library and coinOR solver

  qp-miparticlelinearizationmip
  Language:Python 0

• nps6-uwf / Optimization

  A website I created giving a brief overview of mathematical optimization techniques. These techniques can be useful in understanding the intuition behind machine learning algorithms.

  extremaconcavityfinite-differenceslinearizationgradientsback-propagationconvex-function
  Language:HTML

• TebogoYungMercykay / Mathematical_Modelling_In_Python

  Python is an interpreted, object-oriented, high-level programming language with dynamic semantics. Its high-level built in data structures, combined with dynamic typing and dynamic binding, make it very attractive for Rapid Application Development, as well as for use as a scripting or glue language to connect existing components together. Python's simple, easy to learn syntax emphasizes readability and therefore reduces the cost of program maintenance. Python supports modules and packages, which encourages program modularity and code reuse. The Python interpreter and the extensive standard library are available in source or binary form without charge for all major platforms, and can be freely distributed.

  clockcounterdifferential-equationsequations-and-plottinggrowth-factoris-sortedlamda-expressionslinearizationlogistic-difference-equationsmathplotlibnumpypell-recursivepolyfitpythonrecursionrieman-sumssympy
  Language:Jupyter Notebook