Emanuel Grinberg - outstanding achievements in applied mathematics: radio filters, hulls of tankers, graphs and integrated circuits

Manfred Sneps-Sneppe

Abstract


The paper is dedicated to the 50th anniversary of the Grinberg theorem. The main works of Emanuel Grinberg (1911-1982) in applied mathematics are described, following the stages of his life path, namely: the design of radio receivers and the calculation of radio filters (1949-1959), hull of tanker calculations (1962-1964), the study of graph theory and the proof of the Grinberg theorem (1968), designing of integrated circuits (1968-1980).

Calculations of radio filters are associated with the expansion of the use of continued fractions for the analysis of linear electric circuits (the Kauer model) and the developing of new tools – the Grinberg brackets (as an extension of the Euler brackets), as well as the application of Chebyshev polynomials. Calculations of tanker hulls go back to the beginning of the theory of splines. The Grinberg theorem is a fundamental result of graph theory: it determines the necessary condition for a planar graph to contain the Hamiltonian cycle, that is, a closed path that passes through each vertex of a given graph exactly once. The Grinberg theorem is a generalization of Euler's problem (1736) about the seven bridges of Koenigsberg. The design of integrated circuits develops the Linvill model for semiconductors and the Ebers-Moll model for mathematical description of transistors and diodes.


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References


Je.Ja. Grinberg «O problemah analiza i sinteza prostyh linejnyh shem». Dissertacija na soisk. uchen. step. kand. fiz.-mat. nauk. Riga, 1958, c. 276.

Je.Ja. Grinberg «O problemah analiza i sinteza prostyh linejnyh shem». Avtoref. dis. na soisk. uchen. step. kand. fiz.-mat. nauk. Leningrad, 1959, c. 9.

Je.Ja. Grinberg «Ob analize i sinteze prostyh mnogokonturnyh fil'trov». – Izv. AN LatvSSR, 1957, # 1, s. 149–159.

Je.Ja. Grinberg “Formuly dlja analiza i sinteza prostyh mnogokonturnyh fil'trov”. V kn.: Sb. tr. NTORiJe im. F. S. Popova. M., 1958, s. 50—57.

Je.A. Shelkovnikova, G.A. Antonov, A.A. Vanag, Je.Ja. Grinberg, L.Z. Kacnel'son «Analiticheskoe soglasovanie obvodov korpusa sudna». – Tr. CNIITS, 1964, vyp. 52, s. 3–40.

Je.Ja. Grinberg «O ploskih odnorodnyh grafah stepeni tri bez gamil'tonovyh ciklov». Latv. mat.ezhegodnik, 1968, vyp. 4, s. 51—58

Grinberg Graphs http://mathworld.wolfram.com/GrinbergGraphs.html

Je.Ja. Grinberg (i 10 soavtorov) «Sistema analiza jelektronnyh shem i linij svjazi». Latv. mat. ezhegodnik, 1974, vyp. 14, s. 22—35

Avtomatizirovannaja sistema analiza modelej shem na jazyke Fortran (ASAMS-F). Ch. 1. Obshhee opisanie i instrukcija po ispol'zovaniju. c. 172. Ch. 2. Opisanie algoritmov i programm. c. 184. Ch. 3. Obshhaja struktura i programmy. c. 172, Latvijskij Gosudarstvennyj universitet im. P. Stuchki, Riga, 1972, 12 soavtorov.

Linvill, J.G., “Lumped Models of Transistors and Diodes," Proc. IRE, 46, p. 1141, (June, 1958).

Je.Ja. Grinberg, L. Z.Kacnel'son, A. A. Vanags, A.A. Zilite, I. Je. Ozolin', E. S. Kel'man, L.S. Pohvalina «Modelirovanie integral'nyh shem na JeVM». Latv. mat. ezhegodnik, 1977, vyp. 21, s. 136—151.

Matematicheskoe i programmnoe obespechenie dlja avtomatizacii proektirovanija jelektronnyh shem. Uchebnoe posobie (v 3h chastjah). Latvijskij Gosudarstvennyj universitet im. P. Stuchki, Riga. 1982-1984.

Ebers, J. J. and Moll, J. L. “Large-signal behavior of junction transistors” — Proceedings of the Institute of Radio Engineers. — 1954. — Vol. 42, # 12. — P. 1761–72.


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