REFERENCES
- H Narayanan, A topological Approach to Network Analysis, Unpublished Monograph, Aug 1978.
- H Narayanan, A theorem on graphs and its application to network analysis, Proc ISCAS, pp 1008–1011, 1979.
- T Soni, S Roy & H Narayanan, A general purpose circuit simulator based on a new hybrid equation formulation method, Proc Second Intl Workshop on VLSI Design, India, pp 465–473, 1988.
- J Vlach & K Singhal, Computer Methods for Circuit Analysis and Design, CBS Publishers, New Delhi, 1986.
- J Hopcroft & R Tarjan, Efficient planarity testing, J Assoc Computing Machinery, vol 21, pp 549–568, Oct 1974.
- S M Kabir, Feasibility Study of the Conjugate Gradient Method for LSI Circuit Simulation, M Tech Thesis, Dept of Elect Engg, IIT, Bombay, 1988.
- D Gaitonde, Conjugate Gradient Techniques in Circuit Simulation, M Tech Thesis, Dept of Elect Engg, IIT, Bombay, 1989.
- S C Eisenstat, H C Elman & M H Schultz, Variational methods for non symmetric systems of linear equations, SIAM J Numerical Analysis, vol 20, pp 345–357, 1983.
- S Roy BITSIM, A general purpose circuit simulator, Technical Report, VLSI Design Centre, IIT-Bombay.
- A Yajima, F Yamamoto & T Morioka, Complete LU decomposition conjugate residual method for large scale circuit simulation, Proc ISCAS, pp 619–622, 1988.
- I N Hajj, P Yang & T N Trick, Avoiding zero pivots in the modified nodal approach, IEEE Trans CAS, vol-CAS-28, pp 271–279, April 1981.
- N Deo, Graph Theory With Applications to Engineering and Computer Science, Prentice Hall of India, New Delhi, 1987.
- G H Golub & V Loan, Matrix Computations, Academic Press New York, 1981.
- K Hoffman & Kunze, Linear Algebra, Prentice Hall, Englewood Cliffs, New Jersey, 1961.