Arthur Timmer, double bachelor project mathematics - physics, 2017. Supervisor of the physics part: Rudolf Sprik

- Introduction
- Inverse scattering transform method
- The direct scattering problem
- Jost solutions, Picard method, existence, analytical properties, reflection and transmission coefficients, discrete spectrum, scattering data

- The inverse scattering problem
- The Gelfand-Levitan-Marchenko equation, time evolution of the scattering data

- The direct scattering problem
- Inversion Imagin in Transmission Lines
- Transmission line model
- From the Telegrapher's equations to a Zhakarov-Shabat system
- The relation between the two reflection coefficients
- Inverse scattering solution
- Experimental validation

- Conclusion, outlook and suggestions