A Contribution to the Application of the Structural Analysis Method in Entrepreneurial Practice
Quantitative methods of economic decision-making as
the methodological base of the so called operational research
represent an important set of tools for managing complex economic
systems,both at the microeconomic level and on the macroeconomic
scale. Mathematical models of controlled and controlling processes
allow, by means of artificial experiments, obtaining information
foroptimalor optimum approaching managerial decision-making.The
quantitative methods of economic decision-making usually include a
methodology known as structural analysis -an analysisof
interdisciplinary production-consumption relations.
[1] B. Zimola, Opera─ìn├¡ v├¢zkum, 2nd ed. Brno: Vysoké u─ìen├¡ technické v
Brn─ø, pp.168, 200
[2] J. Římánek, P. Macurová, Z. Mikoláš, Strukturní modely v průmyslu,
2nd ed.Ostrava: Vysok├í ┼íkola b├íňsk├í Ostrava, pp. 185, 1985.
[3] W. W. Leontief, The Structure of American Economy, 1919-
1929,HarvardUniversity Press, Cambridge, 1941
[4] W. W. Leontief, The Structure of American Economy, 1919--1939, An
Empirical Application of Equilibrium Analysis. New York:
OxfordUniversity Press, 1951.
[5] P.,J. Laumakis, Analyzing Company EconomicsUsing the Leontief
Open Production Model.Primus,ProQuest Education Journals, Vol.18,
No. 5, pp. 429 -440, 2008
[6] A. Vasilopoulos, Input-Output Methodology Used for Forecasting
Purposes-A Cost Analysis. Review of Business, Vol. 29, No. 1, pp. 51-
60, 2008
[7] Z. Zonková, E. Moravcová, J. Římánek, Operační vÛzkum.2nd ed.,
Ostrava: VŠB - Technická univerzita Ostrava, pp. 217, 2008
[8] K, Janovsk├í, I.Vozň├íkov├í., M.Lampa, Ekonomicko-matematické
metody strukturální analÛzy jako jeden z vÛznamnÛch nástrojů
optimalizace ekonomického ř├¡zen├¡ hutn├¡ho podniku, Hutnické Listy, Vol.
LXIII, No. 2, pp. 83-88, 2010
[9] J.Vepřek,J.Piehler, D.┼ám├¡dkov├í, M.Vrbov├í Strukturn├¡ modely v
pr┼»myslu. 1. vyd├ín├¡. Praha: St├ítn├¡ nakladatelstv├¡ technické literatury, pp.
190, 1965
[10] E. Dietzenbacher. Waste treatment in physical input-output analysis.
Ecological Economics, Vol. 55 , No. 1, pp. 11 - 23,2005
[11] P. Konijn, , S. Boer, J. Dalen, Input-output analysis of material flows
withapplication to iron, steel and zinc. Structural Change and Economic
Dynamics, Vol. 8, pp. 129 - 153, 1997
[12] K. Hubacek, S. Giljum, Applying physical input-output analysis to
estimate land appropriation (ecological footprints) of international trade
activities. Ecological Economics, Vol. 44, pp. 137 - 151, 2003
[13] J.Weinzettel, Posuzov├ín├¡ životn├¡ho cyklu (LCA) a anal├¢za vstup┼» a
v├¢stup┼» (IOA): vz├íjemné propojen├¡ při z├¡sk├ív├ín├¡ nedostupn├¢ch dat,
Dissertation Thesis, ─îVUT Praha, pp. 151, 2008
[14] B. Hannon, T. Blazeck, D. Kennedy, R.Illyes, R., A comparison of
energy intensities 1963, 1967 and 1972. Resources and Energy, Vol. 5,
pp. 83 - 102,1983
[15] R. E. Miller, P. Blair, Input output analysis. Prentice Hall, New Jersey.
1985
[16] G. Machado, R. Scheffer, E. Worrell, Energy and carbon embodied in
the international trade of Brazil: an input output approach. Ecological
Economics, Vol. 39, pp.409 - 424,.2001
[17] J. Habr, B.Korda, Rozbor meziodv─øtvov├¢ch vztah┼», SNTL, pp. 177, 1960
[18] M. Roj├¡cek, Kl├¡cov├í odv─øtv├¡ v ─ìeské ekonomice z pohledu input-output
analÛzy, Statistika, Vol. 2, pp. 133-145, 2007
[19] M. Mikušová, The Creation of the Performance Measurement System -
House Model. In: International Conference on Management and Service
Science (ICMSS 2011). vol. 8, pp. 48-52.
[20] M. Miku┼íov├í, "Jaké ukazatele použ├¡v├íte?" Finan─ìn├¡ ř├¡zen├¡@controlling,
vol. 1, issue 7-8, 2010, pp. 39-43.
[21] Mikušová, M., Janečková, V. Developing and Implementing Successful
Key Performance Indicators. WASET, vol. 66 pp. 1231-1243, 2010.
[22] Rutrle,P. Př├¡sp─øvek k aplikaci ekonomicko matematick├¢ch metod na
ř├¡zen├¡ energetického hospod├ířstv├¡ hutn├¡ho podniku. Kandid├ítsk├í
disertační práce,1975.
[23] A. Simonovits, A Note On The Underestimation And Overestimation Of
The Leontief Inverse Econometrica (pre-1986), Vol. 43,No. 3; pp. 493,
May 1975
[24] J. Sedl├í─ìek, Ekonomie dobra a zla: Po stop├íchlidského t├íz├ín├¡ od
Gilgameše po finanční krizi. Praha: 65.pole, pp. 165, 2009
[1] B. Zimola, Opera─ìn├¡ v├¢zkum, 2nd ed. Brno: Vysoké u─ìen├¡ technické v
Brn─ø, pp.168, 200
[2] J. Římánek, P. Macurová, Z. Mikoláš, Strukturní modely v průmyslu,
2nd ed.Ostrava: Vysok├í ┼íkola b├íňsk├í Ostrava, pp. 185, 1985.
[3] W. W. Leontief, The Structure of American Economy, 1919-
1929,HarvardUniversity Press, Cambridge, 1941
[4] W. W. Leontief, The Structure of American Economy, 1919--1939, An
Empirical Application of Equilibrium Analysis. New York:
OxfordUniversity Press, 1951.
[5] P.,J. Laumakis, Analyzing Company EconomicsUsing the Leontief
Open Production Model.Primus,ProQuest Education Journals, Vol.18,
No. 5, pp. 429 -440, 2008
[6] A. Vasilopoulos, Input-Output Methodology Used for Forecasting
Purposes-A Cost Analysis. Review of Business, Vol. 29, No. 1, pp. 51-
60, 2008
[7] Z. Zonková, E. Moravcová, J. Římánek, Operační vÛzkum.2nd ed.,
Ostrava: VŠB - Technická univerzita Ostrava, pp. 217, 2008
[8] K, Janovsk├í, I.Vozň├íkov├í., M.Lampa, Ekonomicko-matematické
metody strukturální analÛzy jako jeden z vÛznamnÛch nástrojů
optimalizace ekonomického ř├¡zen├¡ hutn├¡ho podniku, Hutnické Listy, Vol.
LXIII, No. 2, pp. 83-88, 2010
[9] J.Vepřek,J.Piehler, D.┼ám├¡dkov├í, M.Vrbov├í Strukturn├¡ modely v
pr┼»myslu. 1. vyd├ín├¡. Praha: St├ítn├¡ nakladatelstv├¡ technické literatury, pp.
190, 1965
[10] E. Dietzenbacher. Waste treatment in physical input-output analysis.
Ecological Economics, Vol. 55 , No. 1, pp. 11 - 23,2005
[11] P. Konijn, , S. Boer, J. Dalen, Input-output analysis of material flows
withapplication to iron, steel and zinc. Structural Change and Economic
Dynamics, Vol. 8, pp. 129 - 153, 1997
[12] K. Hubacek, S. Giljum, Applying physical input-output analysis to
estimate land appropriation (ecological footprints) of international trade
activities. Ecological Economics, Vol. 44, pp. 137 - 151, 2003
[13] J.Weinzettel, Posuzov├ín├¡ životn├¡ho cyklu (LCA) a anal├¢za vstup┼» a
v├¢stup┼» (IOA): vz├íjemné propojen├¡ při z├¡sk├ív├ín├¡ nedostupn├¢ch dat,
Dissertation Thesis, ─îVUT Praha, pp. 151, 2008
[14] B. Hannon, T. Blazeck, D. Kennedy, R.Illyes, R., A comparison of
energy intensities 1963, 1967 and 1972. Resources and Energy, Vol. 5,
pp. 83 - 102,1983
[15] R. E. Miller, P. Blair, Input output analysis. Prentice Hall, New Jersey.
1985
[16] G. Machado, R. Scheffer, E. Worrell, Energy and carbon embodied in
the international trade of Brazil: an input output approach. Ecological
Economics, Vol. 39, pp.409 - 424,.2001
[17] J. Habr, B.Korda, Rozbor meziodv─øtvov├¢ch vztah┼», SNTL, pp. 177, 1960
[18] M. Roj├¡cek, Kl├¡cov├í odv─øtv├¡ v ─ìeské ekonomice z pohledu input-output
analÛzy, Statistika, Vol. 2, pp. 133-145, 2007
[19] M. Mikušová, The Creation of the Performance Measurement System -
House Model. In: International Conference on Management and Service
Science (ICMSS 2011). vol. 8, pp. 48-52.
[20] M. Miku┼íov├í, "Jaké ukazatele použ├¡v├íte?" Finan─ìn├¡ ř├¡zen├¡@controlling,
vol. 1, issue 7-8, 2010, pp. 39-43.
[21] Mikušová, M., Janečková, V. Developing and Implementing Successful
Key Performance Indicators. WASET, vol. 66 pp. 1231-1243, 2010.
[22] Rutrle,P. Př├¡sp─øvek k aplikaci ekonomicko matematick├¢ch metod na
ř├¡zen├¡ energetického hospod├ířstv├¡ hutn├¡ho podniku. Kandid├ítsk├í
disertační práce,1975.
[23] A. Simonovits, A Note On The Underestimation And Overestimation Of
The Leontief Inverse Econometrica (pre-1986), Vol. 43,No. 3; pp. 493,
May 1975
[24] J. Sedl├í─ìek, Ekonomie dobra a zla: Po stop├íchlidského t├íz├ín├¡ od
Gilgameše po finanční krizi. Praha: 65.pole, pp. 165, 2009
@article{"International Journal of Business, Human and Social Sciences:57951", author = "Kamila Janovská and Šárka Vilamová and Petr Besta and Iveta Vozňáková and Roman Kozel", title = "A Contribution to the Application of the Structural Analysis Method in Entrepreneurial Practice", abstract = "Quantitative methods of economic decision-making as
the methodological base of the so called operational research
represent an important set of tools for managing complex economic
systems,both at the microeconomic level and on the macroeconomic
scale. Mathematical models of controlled and controlling processes
allow, by means of artificial experiments, obtaining information
foroptimalor optimum approaching managerial decision-making.The
quantitative methods of economic decision-making usually include a
methodology known as structural analysis -an analysisof
interdisciplinary production-consumption relations.", keywords = "economic decision-making, mathematical methods,structuralanalysis,technical coefficient", volume = "5", number = "11", pages = "1572-6", }
