Batch Linearization

• “What Is Batch Linearization?” on page 3-2


• “Choose Batch Linearization Methods” on page 3-5


• “Batch Linearization Efficiency When You Vary Parameter Values” on page 3-10


• “Mark Signals of Interest for Batch Linearization” on page 3-13


• “Batch Linearize Model for Parameter Variations at Single Operating Point”
  on page 3-20


• “Batch Linearize Model at Multiple Operating Points Derived from Parameter
  Variations” on page 3-25


• “Batch Linearize Model at Multiple Operating Points Using linearize Command”
  on page 3-28


• “Vary Parameter Values and Obtain Multiple Transfer Functions” on page 3-32


• “Vary Operating Points and Obtain Multiple Transfer Functions Using slLinearizer
  Interface” on page 3-41


• “Analyze Command-Line Batch Linearization Results Using Response Plots”
  on page 3-48


• “Analyze Batch Linearization Results in Linear Analysis Tool” on page 3-55


• “Specify Parameter Samples for Batch Linearization” on page 3-62


• “Batch Linearize Model for Parameter Value Variations Using Linear Analysis Tool”
  on page 3-75


• “More Efficient Batch Linearization Varying Parameters” on page 3-90


• “Batch Linearization to Obtain Multiple Transfer Functions for Varied Parameter
  Values” on page 3-94


• “Validate Batch Linearization Results” on page 3-102


• “Approximating Nonlinear Behavior Using an Array of LTI Systems” on page 3-103


• “LPV Approximation of a Boost Converter Model” on page 3-129


• “Linearization of an Engine Speed Model” on page 3-143


• “Improve Linear Analysis Performance” on page 3-148

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