1. Citácie podľa SCI / SCI citations
a) v zahraničných časopisoch / international journals
Mészáros
A. and Báleš V.: A contribution to
optimal control of fed-batch Biochemical Processes. Bioprocess Engng., 7
(1992), 363-367.
citované v:
Banga, J. R., Alonso, A. A.
and Singh, R. P.: Stochastic dynamic optimization of batch and semicontinuous
bioprocesses. Biotech. progress, 13 (1997), 326-335.
Bravo, S., Mahn, A., Shene, C.:
Effect of feeding strategy on zymomonas-mobilis Cp4 fed-batch fermentations and
mathematical modeling of the system. Applied Microbiology and Biotechnology ,
2000, N. 4, 487-493.
Mészáros A.: A
control strategy for industrial bioprocesses. Technology Today, 2
(1992),
158-161.
citované v:
Chmúrny D. and Chmúrny R.: Optimization and control of
complex systems. New decomposition coordination methods using back information
from realcomplex. SAMS journal, 22 (1996), 185-223.
Chmúrny D. and Chmúrny R.: Hierarchical
control of biotechnological complex systems. Bioprocess Engng, 15 (1996),
171-179.
Chmúrny, D., Chmúrny, R.:
Simulation and Control of fermentation complex-system. Bioprocess Engng. 23,
2000, N. 3, 223-227.
Annakou, O., A. Meszaros, Zs.
Fonyo and P. Mizsey, Operability investigation of energy integrated
distillation schemes, Hungarian Journal of Industrial Chemistry, 24, pp.
155-160 (1996).
citované v:
Dunnebier G., Pantelides C.C., Optimal design of thermally coupled distillation columns, Ind. Eng. Chem. Res., 38(1), 162-176 (1999).
Serra, M., A. Espuna, L. Puigjaner, Control and optimisation of divided wall column, Chem. Eng. Proc., 18 (4-6), pp549-562 (1999).
Hernandez S., Jimenez A., Controllability analysis of thermally coupled distillation systems, Ind. Eng. Chem Res., 38, pp. 3957-3963 (1999).
Serra M., Perrier M., Espuna A.,
et.al.: Analysis of different control possibilities for the divided wall
column: feedback diagonal and dynamic matrix control. Comp. Chem. Engng. 25
(4-6),549-562, (2001).
Lednický P., Mészáros A.: Neural network modeling in
optimisation of continuous fermentation processes. Bioprocess Engineering 18,
427-432 (1998).
citované v:
Becker T., Enders T., Delgado A.: Dynamic neural
networks as a tool for the on-line optimization of industrial fermentation. Bioprocess
and Biosystems Engineering 24 (6), 347-354 (2002).
Workman J., Deltkamp DJ., Doherty S. et al.: Process
analytical chemistry. Anal. Chem. 71 (12), 121R-180R, (1999).
Najim K., Rusnák A., Mészáros
A., Fikar M.: Constrained long-range
predictive control based on artificial neural networks. Int. J. Sys. Sci. 28
(12), 1211-1226 (1997).
Potocnik P., Grabec I.: Nonlinear model predictive
control of a cutting process. Neurocomputing 43, 107-126 (2002).
Rusnák A., Fikar M., Najim K., Mészáros A.: Generalized predictive control based on
neural networks. Neural Processing
Letters 4, 111-116 (1996).
Potocnik P., Grabec I.: Nonlinear model predictive
control of a cutting process. Neurocomputing 43, 107-126, (2002).
Chen B. H., Woodley J. M.: Wavelet shrinkage data
processing for neural networks in bioprocess modeling. Comp. Chem. Engng.
26(11), 1611-1620 (2002).
b) v domácich
časopisoch / national journals
Mészáros
A. and Báleš V.: A contribution to
optimal control of fed-batch Biochemical Processes. Bioprocess Engng., 7
(1992), 363-367.
citované v:
Rychtera M. et al : Control strategy of fed-batch
cultivations of yeasts. Chem. Papers, 50 (1996), 238-244.
Mikleš
J., Takács A., Mészáros A. and Prokop R.: Adaptive control of tubular chemical
reactors. In.: 9th World Congr. of IFAC, Budapest, 1984, 290-295.
citované v:
Bakosova M. et al.:
Decentralized approach to a control of chemical reactors. Chem. papers, 50
(1996), 321-327.
Prokop R.,
Turisová Z. and Mészáros A.: Unified self-tuners for industrial applications. In.:
Int. Symp. of IFAC, Vienna, 1992, 159-165.
citované v:
Bakosova M. et al.:
Decentralized approach to a control of chemical reactors. Chem. papers, 50
(1996), 321-327.
Mészáros A.: A
control strategy for industrial bioprocesses. Technology Today, 2
(1992),
158-161.
citované v:
Chmúrny, D. and Chmúrny, R.: Control of
biotechnological complex systems. Chem. papers, 50 (1996), 298-309.
Dostál
P., Mészáros A., Mikleš J. and Prokop R.: An approach to continuous-time
control of chemical Processes. Technology Today, 2 (1992), 162-166.
citované v:
Bakosova M. et al.:
Decentralized approach to a control of chemical reactors. Chem. papers, 50
(1996), 321-327.
2. Citácie
knižné / books
a) zahraničné
/ international
Mészáros
A. and Báleš V.: A contribution to
optimal control of fed-batch biochemical processes. Bioprocess Engng., 7
(1992), 363-367.
citované v:
Keulers M.: Identification
and Control of a Fed-Batch Process; Application to Culture of Saccharomyces
cerevisiae. Boek- en Offsetdrukerij Letru, Helmond, 1993.
Mészáros
A., Lednický P. and Dostál P.: Two approaches to adaptive control of continuous
bioprocesses. Chem. and Biochem. Engng. Quarterly, 9 (1995), 89-97.
citované v:
M'Saad M.: Commande Adaptive
des Systemes. Techniques de l'Ingenieur., Grenoble,1997.
Mészáros A., Brdys' M., Tatjewski P. and Lednický P.:
Multilayer adaptive control of continuous bioprocesses using optimising control
technique. Case study: Baker's yeast culture. Bioprocess Engineering, 12
(1995), 1-9.
citované v:
M'Saad M.: Commande Adaptive
des Systemes. Techniques de l'Ingenieur., Grenoble,1997.
Mikleš
J., Fikar M. and Mészáros A.: Unification of discrete-time and continuous-time
pole-placement adaptive control algorithms. El. Engng. Journal, 45, (1994), p.
100-104.
citované v:
M'Saad M.: Commande Adaptive
des Systemes. Techniques de l'Ingenieur., Grenoble,1997.
b) domáce /
national
Mészáros A.: Optimálna spätná väzba pre skupinu
chemickotechnologických systémov s rozloženými parametrami. Automatizace, 32 (1989),
291-295.
citované v:
Hulkó G. a kol.: Modelovanie, riadenie a návrh systémov s
rozloženými parametrami s demonštráciami v MATLAB. Vyd. STU, Bratislava,
1997.
Hulkó G. et al.: Modeling,
Control and Design Of Distributed Parameter Systems with Demonstrations in
MATLAB. STU, Bratislava, 1997.
Mikleš
J., Takács A., Mészáros A. and Prokop R.: Adaptive control of tubular chemical
reactors. In.: 9th World Congr. of IFAC, Budapest, 1984, 290-295.
citované v:
Hulkó G. a kol.: Modelovanie, riadenie a návrh systémov s
rozloženými parametrami s demonštráciami v MATLAB. Vyd. STU, Bratislava,
1997.
Hulkó G. et al.: Modeling, Control and Design of Distributed
Parameter Systems with Demonstrations in MATLAB. STU, Bratislava, 1998.
Mikleš
J., Pecha F., Mészáros A. and Dostál P.: Optimal feedback control of a class of
distributed parameter systems with incomplete measurement. In.: 12th Int. Symp.
CHEMCONTROL'81, 1/21,Vienna, 1981, 1-8.
citované v:
Hulkó G. a kol.: Modelovanie, riadenie a návrh systémov s
rozloženými parametrami s demonštráciami v MATLAB. Vyd. STU, Bratislava,
1998.
Hulkó G. et al.: Modeling, Control and Design of Distributed
Parameter Systems with Demonstrations in MATLAB. STU, Bratislava, 1998.
Mikleš
J., Caudt Ĺ., Mészáros A. and Dostál P.: Adaptive model analysis for a class of
distributed parameter systems. In.: 13th Eur. Symp. CHEMPLANT'80, Hévíz
(Hungary), 1980, 669-679.
Hulkó G. a kol.: Modelovanie, riadenie a návrh systémov s
rozloženými parametrami s demonštráciami v MATLAB. Vyd. STU, Bratislava,
1998.
Hulkó G. et al.: Modeling, Control and Design of Distributed
Parameter Systems with Demonstrations in MATLAB. STU, Bratislava, 1998.
Mészáros
A., Dostál P., Mikleš J. and Revus M.: Dynamic behavior and observability
analysis of a tubular chemical reactor. In.: 18th Eur. Congr. CEF'87, Taormina,
1987, 229-233.
citované v:
Hulkó G. a kol.: Modelovanie, riadenie a návrh systémov s
rozloženými parametrami s demonštráciami v MATLAB. Vyd. STU, Bratislava,
1998.
Hulkó G. et al.: Modeling, Control and Design of Distributed
Parameter Systems with Demonstrations in MATLAB. STU, Bratislava, 1998.
3) Citácie iné
/ other
a) zahraničné
/ international
Mikleš
J. and Mészáros A.: A decoupling pole-placement controller for a class of
multivariable systems. Problems of Contr. and Inf. Theory, 20 (1991), 291-298.
citované v:
Mizsey P. and Fonyó Z.: Distillation control with side
stripper: Packed versus trayed columns. In. Int. Symp. ESCAPE 3, Graz, 1993.
Hulkó G. et al.: Optimal control of lumped input and
distributed output systems. In.: 17th IFIP TC7 Conf. System Modelling and
Optimization, Prague, 1995, 57-60.
Chai T., Mao K. and Qin K.: Decoupling design of
multivariable GPC. IEE Proc. - Control Theory Appl., Vol. 141, No 3, (1994).
Fikar M., Unbehauen H.: Youla-Kučera design of
decoupled control systems. Int. J. Control 75 (3), 213-218 (2002).
Mikleš
J., Takács A., Mészáros A. and Prokop R.: Adaptive control of tubular chemical
reactors. In.: 9th World Congr. of IFAC, Budapest, 1984, 290-295.
citované v:
Mizsey P.: A Global Approach to the Synthesis of Entire
Chemical Processes. ETH Zürich, 1991.
Mészáros A.: Optimálna spätná väzba pre skupinu
chemickotechnologických systémov s rozloženými parametrami. Automatizace, 32
(1989), 291-295.
citované v:
Martos J. and Lakner Z.:
Time-series analyses in food economics. Food Industry, 45, (1991), 188-190.
Hulkó G.: Some up-to-date
problems of distributed parameter systems control. In.: 3. World Congr. of Hung. Scientists, Budapest,
1992.
Mészáros
A. and Báleš V.: A contribution to
optimal control of fed-batch biochemical processes. Bioprocess Engng., 7
(1992), 363-367.
citované v:
Lakner Z. et al.: A belföldi
borértékesítés időszerű kérdései. MSZBG, 5, (1992).
Mizsey, P., E. Rev and Z.
Fonyo, Systematic separation system synthesis
of a highly nonideal quaternary mixture, AIChE Spring National
Mtg., Paper 19f, Chicago, 1997.
Mészáros
A. and Walsh J.J.: The use of linear algorithms based upon input-output models
in the control of non-linear chemical
processes. In.: Int. Research Symp.,
UCD Dublin, 1992, 107-117.
citované v:
Hulkó, G. et al.: Optimal control of lumped input and
distributed output systems. In.: 17th IFIP TC7 Conf. System Modelling and
Optimization, Prague, 1995, 57-60.
Hulkó, G. et al.: Identification and modelling of lumped
input and distributed output systems at the accuracy requested. Bull. for
Applied Mathematics, 113 (1995), 75-80.
Hulkó G. et al.: Identification and modelling of lumped
input and distributed output systems at the accuracy requested. In.: Proc.
European Control Conference ECC 95, Roma, 1995.
Mizsey, P. and Z. Fonyo, Strategies for emission reduction
in the chemical industries. Hungarian Chemical Journal, 52 (1997).
Fonyo, Z. et al.:
Research of the integration of chemical processes by innovative design
tools, University Day,Technical University of Budapest, (1997).
Mizsey, P. et al.: Design and
scheduling of batch processes,
Hungarian Chemical Journal , 52 (1997).
Dostál P.,
Mészáros A.: Simulácia dynamických systémov. ES SVŠT, Bratislava, 1986.
citované v:
Mizsey P. and Fonyo Z.: Empirical modelling
of packed and trayed distillation columns for
control. AICHE Spring National Meeting, Atlanta, USA, 1994.
Mészáros
A. and Báleš V. (editors): Advanced Methods in Process and Control Engineering.
Prepr. International TEMPUS Seminar,STU Bratislava, 1996, 152.
citované v:
Kalmar, I. and Mizsey, P. : The effect of recycle on
the control of chemical processes.
Lecture. Workshop on Chemical Engineering, Veszprem, April 1997.
Benko, N. and Fonyo, Z.: Energetical improvment of
distillation with internal heat pumps.
Lecture.
Workshop on Chemical Engineering, Veszprém, April 1997.
Mizsey, P. et al.: Design and scheduling of batch
processes, Hungarian Chemical Journal,
52 (1997).
Mészáros
A., Mikleš J. and Prokop R.: Intelligent Control of Biochemical Processes. Kyb.
a Inf., 5 (1992), 114-119.
citované v:
Najim K. et al.: Learning stochastic automata. Second
Workshop COSY ( Control of Complex Systems), Coimbra, 1997.
Mészáros A., Brdys' M., Tatjewski P. and Lednický P.:
Multilayer adaptive control of continuous bioprocesses using optimising control
technique. Case study: Baker's yeast culture. Bioprocess Engineering, 12
(1995), 1-9.
citované v:
Najim K. et al.: Learning stochastic automata. Second
Workshop COSY ( Control of Complex Systems), Coimbra, 1997.
Mészáros
A. and Báleš V.: A contribution to
optimal control of fed-batch biochemical processes. Bioprocess Engng., 7
(1992), 363-367.
citované v:
Mizsey P., E. Rev and
Fonyo Z.: Systematic separation system synthesis of a highly nonideal quaternary mixture,
AIChE Spring National Mtg., Paper 19f,
Chicago, (1997).
Mészáros A.,
Dostál P. and Mikleš J.: Development of tubular chemical reactor models for
control purposes. Chemical Papers, 48, (1994), 69-72.
citované v:
Mizsey, P. and Z. Fonyo, Strategies for emission reduction
in the chemical industries, Hungarian
Chemical Journal, 52 (1997).
A. Rusnák, M. Fikar,
K. Najim, and A. Mészáros: Generalized Predictive Control Based on Neural
Networks, Neural Processing Letters,vol. 4, no 2, pp. 107-112, 1996.
citované
v:
Eric
Ronco and P. J. Gawthrop: Neural Network for Modelling and Control. Centre for
System and Control, Department of Mechanical Engineering - University of
Glasgow, Technical report: csc97008, October 6., 1997.
Eric
Ronco: Incremental Polynomial Controller Networks: Two Self-Organising Non-Linear
Controllers. A dissertation submitted to the Faculty of
Mechanical Engineering of Glasgow University, In partial fulfilment of the
requirements for the degree of Doctor of Philosophy, September 1997.
Dostál P., Mészáros A. and Mikleš J.: A
modified LQ tracking problem. El. Engng. Journal, 45 (1994), p. 129-133.
citované v:
Fikar M., Kučera V.: Polynomial Approach to Minimum
Finite Length Control Problem. In: Proceedings of the 1st Workshop
Polynomial Systems Theory and Applications. Glasgow, Apr. 15. – 16. 1999. UK.
University of Strathclyde, Glasgow, p. 73-78 (1999).
Fikar M., Kučera V.: On stable finite length control
problem. In: Proceedings of the 12th Conference Process Control ’99.
Tatranske Matliare, May 31. – June 3. 1999. SK. STU, Bratislava. Vol. 1, p.
11–15 (1999), ISBN 80-227-1228-0.
Fikar M., Kučera V.: On minimum finite length
control problem. Int. J. Control 73 (2), 152 – 158 (2000).
Mészáros
A., Mikleš J., Dostál P., Mizsey
P.: Control of non-linear chemical processes using linear model-based
algorithms. Hung. Journal of industrial chemistry 21, 1993, 81 – 86.
Bakošová M., Karšaiová M., Ondrovičová M., Danko
J.: Adaptive l-tracking for nonlinear chemical processes. Proceedings of the 4th
Scientific - Technical Conference Process Control 2000. Kouty nad Desnou, June
11.-14. 2000. CZ. University of Pardubice, Czech Republic. CD ROM RIP112
(2000).
Bakošová M., Karšaiová M., Ondrovičová M.:
Application of high-gain adaptive l-tracking for nonlinear chemical processes.
CD ROM of full texts of the 14th International Congress of Chemical
and Process Engineering CHISA 2000. Praha, Aug. 27.- 31. 2000. CZ. Magicware,
s.r.o. Praha. CD ROM 0099 (2000).
Bakošová M., Karšaiová M., Ondrovičová M.: Adaptive lambda-tracking using variable
sampling rate. In: Proc. 5. Scientific-Technical Conf. Process Control 2002. Kouty nad
Desnou (Czech Republic), June 9-12, 2002. University of Pardubice, CD ROM R052
(2002).
Mészáros A., Danko J., Mikleš J., Bakošová M.:
Základy automatizácie. STU Bratislava, 174s.
(1997).
Seč A., Čirka Ľ.: Batch filled distillation
column. Proceedings of the 4th Scientific - Technical Conference
Process Control 2000. Kouty nad Desnou, June 11.-14. 2000. CZ. University of
Pardubice, Czech Republic. CD ROM RIP222 (2000).
Mikleš J., Dostál P., Mészáros A.: Riadenie
technologických procesov. Vydavateľstvo STU Bratislava, 194s. (1994).
Danko J., Ondrovičová M.: Computer control of a
drying chamber. Proceedings of the 4th Scientific - Technical Conference
Process Control 2000. Kouty nad Desnou, June 11.-14. 2000. CZ. University of
Pardubice, Czech Republic. CD ROM RIP151 (2000).
Ondrovičová M., Bakošová M., Karšaiová M.:
Laboratory distillation column control with closed-loop identification.
Proceedings of the 4th Scientific - Technical Conference Process
Control 2000. Kouty nad Desnou, June 11.-14. 2000. CZ. University of Pardubice,
Czech Republic. CD ROM RIP152 (2000).
Seč A., Čirka Ľ.: Batch filled distillation column.
Proceedings of the 4th Scientific - Technical Conference Process Control 2000.
Kouty nad Desnou, June 11.-14. 2000. CZ. University of Pardubice, Czech
Republic. CD ROM RIP222 (2000).
b) iné domáce
/ national
Mészáros
A. and Walsh J.J.: The use of linear algorithms based upon input-output models
in the control of non-linear chemical
processes. In.: Int. Research Symp.,
UCD Dublin, 1992, 107-117.
citované v:
Chmúrny D. and
Chmúrny R.: Control of interconnected dynamic systems. Part 2. Simulation.
Petroleum and
Coal, 39 (1997), 15-20.
Chmúrny, D. and Chmúrny, R.: Control of complex systems
decomposed to interconnected dynamic subsystems. J. Electr. Engng., 48 (1997),
190-200.
Mikleš
J. and Mészáros A.: A decoupling pole-placement controller for a class of
multivariable systems. Problems of Contr. and Inf. Theory, 20 (1991), 291-298.
citované v:
Sapák Ľ., Urban M. and Kovalčík J.: Algebraic Methods in the
Control of Distributed Parameter Systems. Kyb. & Inf., 5, (1992), 149-153.
Kovalčík J. et al.: Analytická identifikácia nekonečnorozmerných
modelov systémov s rozloženými parametrami. In.:9. Celošt. konf. “Riadenie
procesov”, Tatr. Matliare, 1993, 194-197.
Hulkó G. et al.: Diskrétne systémy regulácie s rozloženými
parametrami. In.: 9. Celošt. konf. ' Riadenie procesov', Tatr. Matliare, 1993,
139-142.
Hulkó G. et al.: Adaptive control of lumped input and
distributed output systems. In.:10th Int. Conf. Process Control´95, Tatranské
Matliare, 1995, 73-77.
Mészáros A.: Optimálna spätná väzba pre skupinu
chemickotechnologických systémov s rozloženými parametrami. Automatizace, 32
(1989), 291-295.
citované v:
Zelinka P. et al.: Experimentálna implementácia adaptívneho
riadenia tepelného režimu karuselovej pece. Automatizace, 36 (1993), 130-134.
Karšaiová M., Bakošová M., Jaššová S.: Viacvrstvové riadenie
štvorstupňového reaktora. Automatizace, 36 (1993), 340-344.
Hulkó G. et al.: Adaptive
control of lumped input and distributed output systems. In.:10th Int. Conf.
Process Control´95, Tatranské Matliare, 1995, 73-77.
Mikleš
J., Takács A., Mészáros A. and Prokop R.: Adaptive control of tubular chemical
reactors. In.: 9th World Congr. of IFAC, Budapest, 1984, 290-295.
citované v:
Burianec Z.: Systémové
inženýrství včera, dnes a zítra. Chem. Průmysl, 35/80, (1985).
Bakošová M. et al.:
Hierarchické riadenie kaskády chemických reaktorov. Ropa a uhlie, 33,
(1991), 536-537.
Hulkó G. et al.: Some problems
of distributed parameter systems theory - Self-tuning control. Kyb. & Inf.,
5, (1992), 51-55.
Hulkó G. et al.: Diskrétne
systémy regulácie s rozloženými parametrami. In.: 9. Celošt. konf. ' Riadenie
procesov', Tatr. Matliare, 1993.
Mikleš
J., Dostál P., Mészáros A.: Súčasné možnosti adaptívneho riadenia systémov s
rozloženými parametrami. 5. celošt. konf. ASR
CHTP, Starý Smokovec, 1984, 108-111.
citované v:
Prokop R.: Číslicové algoritmy riadenia jednorozmerného
reálneho objektu. In. 6.konf. ASRTP, Tatranská Lomnica, 1986.
Mészáros
A.: Prehľad algoritmov riadenia s umiestnením pólov. 8. celošt. konf. ASRTP v
CHPP, Štrbské Pleso, 1991, 185-188.
citované v:
Zábavník V.: Možnosti získavania doplnkových informácií o
technologickom procese. In. Celošt. sem. "Automatizácia a výpočtová
technika v úpravníctve", Herľany, 1991.
Sapák Ľ., Urban M. and Kovalčík J.: Algebraic Methods in the
Control of Distributed Parameter Systems. Kyb. & Inf., 5, (1992), 149-153.
Kovalčík J. et al.: Analytická identifikácia
nekonečnorozmerných modelov systémov s rozloženými parametrami. In.:9. Celošt.
konf. “Riadenie procesov”, Tatr. Matliare, 1993.
Mészáros
A., Mikleš J., Dostál P.: Číslicové riadenie rúrkového chemického reaktora
rôznymi algoritmami. 6. celošt. konf. ASR TP v CHPP, Tatranská Lomnica, 1986,
146-148.
citované v:
Hulkó G. et al.: Some
problems of distributed parameter systems theory - Self-tuning control. Kyb.
& Inf., 5, (1992), 51-55.
Hulkó G. et al.: Navrhovanie strojov a zariadení pre
technologické procesy, ako systémov s rozloženými parametrami. In.: 9. Celošt.
konf. ' Riadenie procesov ', Tatr. Matliare, 1993.
Hulkó G. et al.: Diskrétne
systémy regulácie s rozloženými parametrami. In.: 9. Celošt. konf. ' Riadenie
procesov', Tatr. Matliare, 1993.
Dostál
P., Prokop R., Mészáros A., Turisová Z.: Jeden prístup k syntéze spojitého
riadenia lineárnych spojitých systémov s dvomi vstupmi a jedným výstupom.
Automatizace, 37 (1994), 127-130.
citované v:
Hulkó G. et al.: Some
problems of distributed parameter systems theory - Self-tuning control. Kyb.
& Inf., 5, (1992), 51-55.
Hulkó G. et al.: Diskrétne
systémy regulácie s rozloženými parametrami. In.: 9. Celošt. konf. ' Riadenie
procesov', Tatr. Matliare, 1993.
Mikleš
J., Mészáros A., Dostál P. and Pecha F.: Optimal Control of Chemical Process
Systems using Impulse Response and/or Distributed Impulse Response. 6th Int.
Congr. of CHISA, Prague, 1978.
citované v:
Kovalčík J. et al.: Models
of Desired Accuracy for Distributed Parameter Systems. Kyb. & Inf., 5,
(1992), 80-84.
Mikleš
J., Pecha F., Mészáros A. and Dostál P.: Optimal feedback control of a class of
distributed parameter systems with incomplete measurement. In.: 12th Int. Symp.
CHEMCONTROL'81, 1/21,Vienna, 1981, 1-8.
citované v:
Kovalčík J. et al.: Models
of Desired Accuracy for Distributed Parameter Systems. Kyb. & Inf., 5,
(1992), 80-84.
Hulkó G. et al.: Navrhovanie
strojov a zariadení pre technologické procesy, ako systémov s rozloženými
parametrami. In.: 9. Celošt. konf. ' Riadenie procesov ', Tatr. Matliare, 1993.
Prokop
R. and Mészáros A.: Design of robust controllers for SISO time-delay
systems. Journal of Electrical
Engineering , 48 ( 1996), 1-5.
citované v:
Mizsey, P., I. Kalmar, Modelling and
control of chemical processes with recycle. In.: 11th Conference Process
Control´97, Tatranske Matliare, 1997, 1-5.
Vasičkaninová A., Zemanovičová A.: Control design for
system with time delay. In: CD ROM of the 40th Int. Petroleum Conf..
Bratislava (Slovakia), Sept. 17-19, 2001. Slovnaft, Inc., Bratislava, CD ROM
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