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ReachabilityAnalysis.jl
  • Overview
      • Zonotopic sets
      • Polyhedral computations
      • Metric notions
      • Introduction
      • Discrete time reachability
      • Dense time reachability
      • International Space Station
      • Building model
      • Operational amplifier
      • Transmission line
      • Introduction
      • Domain splitting
      • Common gotchas
      • Lotka-Volterra
      • Van der Pol oscillator
      • Lorenz system
      • Parametric reachability
      • Square wave oscillator
      • Platoon
      • Electromechanical brake
    • Systems
      • A20
      • ASB07
      • BFFPSV18
      • BOX
      • GLGM06
      • INT
      • LGG09
      • ORBIT
      • VREP
      • HLBS25
        • Method
    • Repeatability evaluations
    • Model library
    • Benchmark repository
    • Filtered oscillator
    • Overview
    • Duffing oscillator
    • Laub-Loomis
    • Production-Destruction
    • Brusselator
    • Quadrotor
    • Epidemic (SEIR) model
    • Spacecraft
    • Systems
    • Reach-sets
    • Flowpipes
      • A20
      • ASB07
      • BFFPSV18
      • BOX
      • GLGM06
      • INT
      • LGG09
      • ORBIT
      • VREP
      • CARLIN
      • QINT
      • TMJets
      • HLBS25
    • Solutions
    • Discretization
    • Projections
    • Clustering
    • Further set operations
    • Distributed computations
    • Internal functions and macros
  • Frequently Asked Questions (FAQ)
  • Bibliography
  • How to contribute
Version
  • Manual
  • Parametric solvers
  • HLBS25
  • HLBS25
GitHub

Reachability of parametric linear systems (HLBS25)

Method

This method computes the reachability analysis of linear systems with parametric uncertainty. The method is based on matrix zonotopes to represent the uncertain parameters of the system.

« VREPRepeatability evaluations »

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