REFERENCES
- Ramachandran (V) and Rao (AS). Bibliography of multi variable network functions. IEEE Circuits and Systems News Letter. 7, 6; 1973a; 13–15.
- Ramachandran (V) and Rao (AS). A multi-variable array and its applications in ladder networks. IEEE Trans. CT-20, 5; 1973b; 511–523.
- Soleman (AM) and Bose (NK). Synthesis of a class of multi-variable positive real functions using Bott-Duffin technique. Ibid. CT-18, 2; 1971; 288–290.
- Kamp (Y) and Belevitch (V). A class of positive real functions realizable by the Bott-Duffin method. Philips Res. Report. 26, 6; 1971; 433–442.
- Bose (NK) and Soleman (AM). Novel approach to syn thesis of multivariable positive real functions. Electronics Letters. 5, 26; 1969; 717–718.
- Ozaki (H) and Kasami (T). Positive real functions of several variables and their application to variable networks. IRE Trans. CT-7, 3; 1960; 251–260.
- Ansell (HG). On certain two-variable generalizations of circuit theory with applications to networks of transmission lines and lumped reactances. Ibid. CT-11, 2; 19 & 214–233.
- Rhodes (JD). Solution to the approximation problems for a class of two-variable resonant ladder networks. Proc. IEE. 119, 5; 1972; 537–540.
- Wall (HS). Polynomials whose zeros have negative real parts. Amer. Math. Mon. 52, 1945; 308–322.
- Fryer (WD). Application of Routh's algorithm to network theory problems. IRE Trans. CT-6, 2; 1959; 114–149.