scattering-parameters

There are 0 repository under scattering-parameters topic.

• kpobrien / JosephsonCircuits.jl

  Frequency domain, multi-tone harmonic balance, simulation of scattering parameters and noise in nonlinear circuits containing Josephson junctions. Scattering parameter conversion and interconnection.

  circuitcircuit-simulatorjuliamicrowavemicrowave-engineeringquantum-computingspicespice-simulatorcircuitsscattering-parameterstouchstonequantum-engineeringharmonic-balances-parameters
  Language:Julia 55

• rigetti / AdmittanceModels.jl

  Analysis of linear systems using admittance models

  circuit-analysisjulialinear-modelsscattering-parameters
  Language:Julia 18

• Sedictious / SnpParser.jl

  Touchstone file parsing and visualizing in Julia

  touchstonescattering-parametersnetwork-parameterssnp
  Language:Julia 3

• nicolaNovello / S-PBHD

  [PIMRC2024] Official Pytorch implementation of "Human Detection Based on Learning and Classification of Radio Scattering Parameters and Para-Hermitian Eigenvalue Decomposition"

  classificationhuman-detectionscattering-parameters
  Language:Python 1
• vna-impedance-measurments

  DYK-Team / vna-impedance-measurments

  Calibration and deembedding for impedance measurments

  delay-timemicrostripprobepythonrohde-schwarzvnade-embeddingmagneto-impedancesolt-calibrationsurface-impedancenumpyantenna-equationcst-studiolab-automationscpi-instrumentssensorszhejiang-universityscattering-parametersphase-unwrappingpcb-cells
  Language:Python 0

• simonp0420 / CITIfile.jl

  Read microwave network scattering parameters from CITIfile-formatted files

  engineeringelectrical-engineeringdata-storagecitiscattering-parametersmicrowave-engineeringmicrowave
  Language:Julia 0
• Free-space-microwave-measurements

  DYK-Team / Free-space-microwave-measurements

  Design and Implementation of a Microwave Laboratory for Composite Material Testing

  anechoic-roomarduino-megacoaxialdeembeddingethercathorn-antennainstronkollmorgenlab-automationmetamaterialsnode-redpcb-cellspythonrf-multiplexerrf-switchesrohde-schwarzs-parametersscattering-parameterssolt-calibrationvector-network-analyzer
  Language:Python

• rajathpi / Scattering-parameter-parameterization

  This project utilizes TensorFlow and Keras to apply neural networks (Basic, LSTM, and GRU) to predict input parameters for a human head-antenna system using scattering parameters. The GRU model consistently outperforms others, showcasing its potential for accurate predictions

  antennagrukeraslstmmicrowaves-parameter-fittings-parametersscatteringscattering-parameterstensoflow
  Language:Jupyter Notebook