qsppack
0.3.12

Contents:

  • Solver Module
  • Objective Module
  • Optimizers Module
  • Utilities Module
  • Nonlinear Fourier Analysis Module
  • Examples
    • Quantum Linear Systems Problem
    • Negative Power Functions
    • Hamiltonian Simulation
    • Quantum Gaussian Filter
    • Singular Value Threshold Projector
    • Singular Vector Transformation
    • Uniform Singular Value Amplification
    • Gaussian State
    • Kaiser Window State
    • Gibbs State
qsppack
  • Examples
  • View page source

Examples

Examples:

  • Quantum Linear Systems Problem
    • Overview
    • The equivalent problem in function approximation
    • Setup
    • Polynomial approximation
    • Solving the phase factors for QLSP
    • Verifying the solution
    • Additional plots
    • Reference
  • Negative Power Functions
    • Overview
    • Setup
    • Polynomial approximation
    • Solving the phase factors and verifying
    • Reference
  • Hamiltonian Simulation
    • Overview
    • Solving for the real component
    • Solving the phase factors and verifying
    • Reference
    • Additional plots
  • Quantum Gaussian Filter
    • Overview
    • Polynomial approximation
    • Solve for phase factors and verify
    • Reference
  • Singular Value Threshold Projector
    • Overview
    • Polynomial approximation
    • Solve for phase factors and verify
    • Reference
  • Singular Vector Transformation
    • Overview
    • Polynomial approximation
    • Solving the phase factors and verifying
    • Reference
  • Uniform Singular Value Amplification
    • What is uniform singular value amplification?
    • The equivalent problem in function approximation
    • Solving for phase factors
    • Verifying the solution
    • Reference
  • Gaussian State
    • Overview
    • Setup and approximate target function
    • Solving the phase factors and verifying
    • Reference
  • Kaiser Window State
    • Overview
    • Setup and approximate target function
    • Solving the phase factors and verifying
    • Reference
  • Gibbs State
    • Overview
    • Setup and approximate target function
    • Solving the phase factors and verifying
    • Reference
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