Символьный анализ и диагностика линейных электрических цепей методом схемных определителей. Курганов С.А - 228 стр.

UptoLike

227
59. Шкритек П. Справочное руководство по звуковой схемотехнике.– М.:
Мир, 1991.– 446 с.
60. Berkowitz R.S. Conditions for network-element-value solvability // IRE
Transactions on circuit cheory.– 1962.– March.– P. 24–29.
61. Braun J. Topological analysis of networks containing nullators and norators
// Electronics letters.– 1966.– Vol. 2, No. 11.– P. 427–428.
62. Braun J. Method of singular elements in the theory of active nonreciprocal
networks: Ph.D. dissertation / Rozpravy Československé Akademie VĚD.– Praha,
1969.– 60 p.
63. Breuer M.A. Generation of optimal code for expressions via factorization //
Communications of the Association for computing machinery.- 1969.- Vol. 12, N 6.-
P. 333-340.
64. Constantinesсu F., Marin C.V., Nitescu M., Marin D. A new approach to
parameter identification of linear circuits // IEEE Proc. of the international
conference on signals, circuits and systems.– Romania, 2003.– P. 457–460.
65. Dmytryshyn R., Kubaszek A. Multimethodical approach and sequence of
expressions generation for acceleration of repetitive analysis of analog circuits //
Analog integrated circuits and signal processing.– Vol. 31.– Kluwer Academic
Publishers, 2002.– P. 147-159.
66. Fedi G., Riccardo G., Luchetta A., Manetti S., Piccirilli M.C. On the
application of symbolic techniques to the multiple fault location in low testability
analog circuits // IEEE Trans. circuits and systems.– 1998.– Pt. II, vol. 45.– No. 10.–
P. 1383–1388.
67. Fedi G., Manetti S., Piccirilli M.C., Starzyk J. Determination of an optimum
set of testable components in the fault diagnosis of analog linear circuits // IEEE
Trans. circuits and systems.– 1999.– Pt. I, vol. 46.– No. 7.– P. 779–787.
68. Feussner W. Ueber Stromverzweigung in netzformigen Leitern // Annalen
der Physik. 1902. Bd 9, N 13. S. 1304–1329.
69. Feussner W. Zur Berechnung der Stromstarke in netzformigen Leitern //
Annalen der Physik. 1904. Bd 15, N 12. S. 385–394.
70. Filaretov V.V., Korotkov A.S. Generalized parameter extraction method in
network symbolic analysis // Proceedings of the European conference on circuit
theory and desing (ECCTD–2003).– Kraków, Poland, 2003.– Vol. 2.– P. 406–409.
71. Filaretov V.V. A topological analysis of electronic circuits by a parameter
extraction method // Electrical technology Russia.– 1998.– No. 2.– P. 46–61.
72. Kurganov S.A. A symbolic approach to solving the problem of linear
electronic circuit diagnostics // Electrical technology Russia.– 2002.– No. 3.–
P. 70–77.
73. Manetti S., Piccirilli M.C. A singular-value decomposition approach for
ambiguity group determination in analog circuits // IEEE Trans. circuits and
systems.– 2003.– Pt. I, vol. 47.– No. 4.– P. 477–487.
74. Milic M.M. General passive networks – solvability, degeneracies, and order
of complexity // IEEE Transactions on circuits and systems.– 1974.– Vol. CAS-21.–
No. 2 (March).– P. 177–183.