Optimization Of Network Including Transmission Lines

At present, there are still few good methods in NTLs' sensitivity analyzing.First of all, this paper analysis the parabolic single-conductor transmission line using theline port voltages and currents method and deduces the time and frequency domain sensitivityformulas of the parabolic single-conductor transmission line with the help of adjoint networkmethod. And finally gets the time and frequency domain sensitivity formulas of the parabolicLossy NIL. Secondly, it researches on the binomial form Lossless coupled NTLs'sensitivity using the methods of direct uncoupling and generalized Kurada's identity, andgets the frequency domain sensitivity formulas. Then, the time domain sensitivity is got bythe numerical inversion of Laplace transmission. Thirdly, it focuses on the binomial formLossy coupled NTLs and gets the relative models and sensitivity formulas. At last,the SQP method is adopted in optimizing the network which contains transmissionlines based on the results in the early research.