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my publications
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Publications and Presentations

1. Józef Wiora. Least Lp-norm low-pass filter. Automatica, 133, (11) p. 109854, 2021.

2. Filip Rak, Józef Wiora. Comparison of ESP programming platforms. Computer Science and Information Technologies, 2, (2) p. 77-86, 2021.



3. Józef Wiora, Alicja Wiora. Influence of Methods Approximating Fractional-Order Differentiation on the Output Signal Illustrated by Three Variants of Oustaloup Filter. Symmetry, 12, (11) p. 1898, 2020.

4. Józef Wiora and Alicja Wiora. Inaccuracies Revealed During the Analysis of Propagation of Measurement Uncertainty Through a Closed-Loop Fractional-Order Control System. Lecture Notes in Electrical Engineering, RRNR 2018: Advances in Non-Integer Order Calculus and Its Applications, p. 213–226, Vol. 559, 2020.



5. Invention protected by Polish patent No.Pat.234798. Józef Wiora, Alicja Wiora. System with the reference electrode with liquid connection, intended for electroanalytical subsurface and abyssal measurements (in Polish) . 16.12.2019.

6. Józef Wiora, Alicja Wiora. Steady-state errors in closed-loop control systems with fractional-order PID controllers. 11th International Conference on Non-Integer Order Calculus and Its Applications RRNR, Częstochowa (Poland), 12-13.09.2019.

7. Patent Application No. P.430738, EP19189219, US16527083. Maciej Borówka, Artur Kłosowski, Marek Pawełczyk, Andrzej Kozyra, Tomasz Grychowski, Stanisław Wrona, Józef Wiora. The method and system for controlling of heating, ventilation and air conditioning. 30.07.2019.



8. Alicja Wiora, Józef Wiora. Over one-year long-term laboratory tests of pH electrodes in terms of industrial applications checking stabilities of their parameters and their impact on uncertainties of measurements. Sensors, 18, (12) p. 4102, 2018.

9. Józef Wiora, Alicja Wiora. Measurement uncertainty evaluation of results provided by transducers working in control loops. IEEE Xplore. 23rd International Conference on Methods & Models in Automation & Robotics (MMAR), p. 763–767, 2018.

10. Józef Wiora, Alicja Wiora. Propagation of measurement uncertainties through an integer or fractional order automatic control regulation system (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Kędzierzyn-Koźle, 5.10.2018.

11. Józef Wiora, Alicja Wiora. Problems related to the propagation of measurement uncertainties through a closed-loop fractional-order control system. 10th International Conference on Non-Integer Order Calculus and Its Applications, Białystok (Poland), 20-21.09.2018.

12. Józef Wiora, Alicja Wiora. Measurement uncertainty calculations for pH value obtained by an ion-selective electrode. Sensors, 18, (6) p. 1915, 2018.

13. Józef Wiora, Alicja Wiora. Measurement uncertainty evaluation of results provided by transducers working in control loops. 23rd International Conference on Methods and Models in Automation and Robotics (MMAR 2018), Miedzyzdroje (Poland), 27–30.08.2018.



14. Polish Patent Application No. P.423032. Józef Wiora, Alicja Wiora. Układ z elektrodą odniesienia z połączeniem ciekłym do pomiarów elektroanalitycznych podpowierzchniowych i głębinowych. 02.10.2017 - Publ.: --.--.20--.

15. Karol Jabłoński, Roman Czyba, Tomasz Grychowski, Józef Wiora, Marcin Janik, Natalia Łomnicka, Maciej Galeja. Multirotor platform with sensory head for measurement of selected air parameters. Journal of KONES Powertrain and Transport, 24, (1) p. 179–188, 2017.

16. Józef Wiora, Andrzej Kozyra, Alicja Wiora. Towards automation of measurement processes of surface water parameters by a remote-controlled catamaran. Bulletin of the Polish Academy of Sciences – Technical Sciences, 65, (3) p. 351–360, 2017.

17. Józef Wiora, Stanisław Wrona, Marek Pawelczyk. Evaluation of measurement value and uncertainty of sound pressure level difference obtained by active device noise reduction. Measurement, 96, p. 67–75, 2017.



18. Invention protected by Polish patent No.PAT.225270. Józef Wiora, Andrzej Kozyra. Method and system for combination of ion-selective or the ORP sensors with a measuring instrument wireless links, especially in the measure systems for concentrations of ions and redox potential (ORP) (in Polish) . 05.10.2016.

19. Marcin Michalski, Józef Wiora. Application Possibilities of the Internet of Things Technology in pH Transducers. Automatyka, Elektryka, Zakłócenia, 7, (4) p. 184–201, 2016.

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20. Józef Wiora, Andrzej Kozyra, Alicja Wiora. A weighted method for reducing measurement uncertainty below that which results from maximum permissible error. Measurement Science and Technology, 27, (3) p. 035007, 2016.

21. Józef Wiora. Problems and risks occurred during uncertainty evaluation of a quantity calculated from correlated parameters: a case study of pH measurement. Accreditation and Quality Assurance, 21, (1) p. 33–39, 2016.

22. Andrzej Kozyra, Sebastian Patałąg, Alicja Wiora, Józef Wiora. Estimation of radioactive concentration of radon and its derivatives (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (39–40) p. Dodatek 21–22, 2016.



23. Józef Wiora. Metrological problems associated with electrochemical measurement of fluid composition (in Polish). Seminarium Instytutu Automatyki, Gliwice, 10.11.2015.

24. Józef Wiora, Dariusz Grabowski, Alicja Wiora, Andrzej Kozyra. Application of artificial neural networks for modelling of Nicolsky-Eisenman equation and determination of ion activities in mixtures. Advances in Intelligent Systems and Computing, Intelligent Systems’2014, p. 727-738, Vol. 322, 2015.

25. Józef Wiora. Uncertainty evaluation of pH measured using potentiometric method. Advances in Intelligent Systems and Computing, Intelligent Systems’2014, p. 523-531, Vol. 323, 2015.



26. Józef Wiora, Dariusz Grabowski, Alicja Wiora, Andrzej Kozyra. Application of artificial neural networks for modelling of Nicolsky-Eisenman equation and determination of ion activities in mixtures. 7th IEEE International Conference on Intelligent Systems IS’14, Warsaw, 24-26.09.2014.

27. Józef Wiora. Uncertainty evaluation of pH measured using potentiometric method. 7th IEEE International Conference on Intelligent Systems IS’14, Warsaw, 24-26.09.2014.

28. Józef Wiora. Improvement of measurement results based on scattered data in cases where averaging is ineffective. Sensors and Actuators B: Chemical, 201, p. 475-481, 2014.

29. Józef Wiora. Ch. 8. Measurements with digital oscilloscope, in: Laboratory of Metrology Fundametals (red. D. Buchczik, S. Waluś). , Wydawnictwo Politechniki Śląskiej, Gliwice 2014. ISBN: 978-83-7880-163-4

30. Andrzej Kozyra, Adrian Hamczyk, Alicja Wiora, Józef Wiora,. Floating platform for environmental measurements (in Polish)?. Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (36/38) 2014.

31. Andrzej Kozyra, Alicja Wiora, Józef Wiora,. Uncertainty assessments of multicompound potentiometric measurements conducted using ADDA2 ionmeter (in Polish)?. Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (36/38) 2014.

32. Józef Wiora. Application of the IRLS algorithm to determine the weighted mean of signal disturbed by impulsive noise (in Polish)?. Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (36/38) 2014.

33. Józef Wiora. What is the Combined measurements method (in Polish)?. Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (36/38) 2014.

34. Józef Wiora. Automation of a calibration process of ion selective electrodes (in Polish)?. Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (36/38) 2014.



35. Polish Patent Application No. P.402810. Józef Wiora, Andrzej Kozyra. Method and system for combination of ion-selective or the ORP sensors with a measuring instrument wireless links, especially in the measure systems for concentrations of ions and redox potential (ORP) (in Polish) . 18.02.2013 - Publ.: 1.09.2014.

36. Józef Wiora. Application of the IRLS algorithm to determine the weighted mean of signal disturbed by impulsive noise (in Polish)?. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Częstochowa, 15.11.2013.

37. Józef Wiora, Andrzej Kozyra, Alicja Wiora. What is the Combined measurements method (in Polish)?. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 28.06.2013.

38. Józef Wiora, Andrzej Kozyra, Alicja Wiora. Comments on "Combined measurements - A way to improve the measurement accuracy of an additive quantity" by R. Siuda and A. Grabowski. Measurement, 46, (7) p. 2259–2261, 2013.

39. Wojciech Błotnicki, Józef Wiora, Stanisław Waluś. Tracer flowmeter with a conductive sensor. Przegląd Elektrotechniczny, 03a, p. 293-297, 2013.



40. Andrzej Kozyra, Adrian Hamczyk, Alicja Wiora, Józef Wiora,. Floating platform for environmental measurements (in Polish)?. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 30.11.2012.

41. Andrzej Kozyra, Józef Wiora, Alicja Wiora. Calibration of potentiometric sensor arrays with a reduced number of standards. Talanta, 98, p. 28-33, 2012.

42. Alicja Wiora, Andrzej Kozyra, Józef Wiora. Calibration of ion-selective electrodes with a reduced number of standards (in Polish). Seminarium Instytutu Automatyki, Gliwice, 26.03.2012.



43. Józef Wiora, Alicja Wiora, Andrzej Kozyra. Automation of a calibration process of ion selective electrodes (in Polish)?. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Częstochowa, 09.12.2011.

44. Józef Wiora. Errors in Potentiometric Measurements.. , p. 156, LAP LAMBERT Academic Publishing, 2011. ISBN: 978-3-8443-8300-3

45. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Uncertainty evaluation of multicompound potentiometric measurement (in Polish)?. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 29.06.2011.

46. Alicja Wiora, Józef Wiora, Andrzej Kozyra. Teaching of solution conductance measurements (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (34-35) p. 249--250, 2011.

47. Józef Wiora, Andrzej Kozyra, Alicja Wiora. Another way of calibration of ion-selective electrodes (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (34-35) p. 232--235, 2011.

48. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Ion-meter for multi-compound measurements (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (34-35) p. 206--208, 2011.



49. Alicja Wiora, Józef Wiora, Andrzej Kozyra. Teaching of solution conductance measurements (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 26.11.2010.

50. Józef Wiora. The application of a spreadsheet in the uncertainty evaluation using Monte Carlo method in the case of ion-selective electrodes (in Polish). VIII Polska Konferencja Chemii Analitycznej, p. 211, Kraków, 04-09.07.2010.

51. Józef Wiora, Dawid Sawielew, Alicja Wiora, Andrzej Kozyra. The impact of the activity coefficient on the multi-component potentiometric measurement of ion concentration (in Polish). VIII Polska Konferencja Chemii Analitycznej, p. 227, Kraków, 04-09.07.2010.

52. Józef Wiora, Wojciech Błotnicki, Alicja Wiora, Rafał Kleszczewski. Application of conductivity measurement in the determination of flow value using the marker method (in Polish). VIII Polska Konferencja Chemii Analitycznej, p. 438, Kraków, 04-09.07.2010.



53. Alicja Wiora, Józef Wiora, Andrzej Kozyra, Tomasz Grychowski. Conception of a point-of-care device for monitoring the patient's health (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (33) p. 133--136, 2009.

54. Józef Wiora, Andrzej Kozyra, Alicja Wiora. Another way of calibration of ion-selective electrodes (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Częstochowa, 27.11.2009.

55. Andrzej Kozyra, Józef Wiora, Alicja Wiora. Ion-meter for multi-compound measurements (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Opole, 19.06.2009.



56. Józef Wiora. Another way of calibration of ion-selective electrodes. A review (in Polish). Seminarium Instytutu Automatyki, Gliwice, 09.12.2008.

57. Alicja Wiora, Józef Wiora, Andrzej Kozyra, Tomasz Grychowski. Conception of a point-of-care device for monitoring the patient's health (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 05.12.2008.

58. Alicja Wiora, Józef Wiora, Przemysław Pacak. Reducing the dynamic error of ion-selective electrodes by the prediction of the steady-state potential (in Polish). Prace Naukowe Politechniki Śląskiej. Elektryka, 1, (205) p. 133--143, 2008.

59. Józef Wiora, Alicja Wiora. Comparison of uncertainty evaluations obtained by analytical and simulation methods in the potentiometric measurement of ion concentration (in Polish). Prace Naukowe Politechniki Śląskiej. Elektryka, 1, (205) p. 145--155, 2008.

60. Alicja Wiora, Adam Klaczyński, Józef Wiora, Andrzej Kozyra. Realization of the ion activity step at the ion-selective membrane using electric valves (in Polish). Elektronika, (6) p. 142--144, 2008.

61. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Uncertainty evaluation for potentiometric measurements (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (32) p. 109--112, 2008.

62. Józef Wiora. About the uncertainty of concentration standards applied in the calibration of potentiometric ion-selective electrodes (in Polish). PAK, (5) p. 318--321, 2008.


63. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Uncertainty evaluation for potentiometric measurements (in Polish). Polska Akademia Nauk, Wydawnictwo Pracowni Komputerowej Jacka Skalmierskiego, Katowice 2007.

64. Józef Wiora. Characterisation of measuring errors caused by simplifications of physicalchemical phenomena in multicomponent ion-selective measurements (in Polish). Works of Scientific Commissions, The Katowice Branch of the Polish Academy of Science, (31/2006) p. 100--102, 2007.

65. Józef Wiora, Alicja Wiora. Uncertainty propagation in potentiometric measurement of ion concentration in multicomponent mixture (in Polish). IV Sympozjum nt. Metrologiczne właściwości programowalnych przetworników pomiarowych, Gliwice, 19--20.11.2007.

66. Józef Wiora. Uncertainty evaluation of calibration parameters in potentiometric ion-selective electrodes in simulating way (in Polish). IV Sympozjum nt. Metrologiczne właściwości programowalnych przetworników pomiarowych, Gliwice, 19--20.11.2007.

67. Alicja Wiora, Józef Wiora, Przemysław Pacak. Decreasing in dynamic error of ion-selective electrode by prediction of steady-state value of potential (in Polish). IV Sympozjum nt. Metrologiczne właściwości programowalnych przetworników pomiarowych, Gliwice, 19--20.11.2007.

68. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Uncertainty evaluation for potentiometric measurements (in Polish). Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Opole, 20.04.2007.



69. Józef Wiora. Charakterystyka błędów pomiarowych spowodowanych uproszczeniem modeli zjawisk fizykochemicznych w wieloskładnikowych pomiarach potencjometrycznych. Meeting of the Polish Academy of Sciences, Katowice Branch, Commission of Metrology, Gliwice, 8.12.2006.

70. Józef Wiora, Alicja Wiora. A system allowing for the automatic determination of the characteristic shapes of ion-selective electrodes. Proceedings of SPIE, Optoelectronic and Electronic Sensors VI, ed. Tadeusz Pisarkiewicz, Vol. 6348, Zakopane, 2006.

71. Alicja Wiora, Józef Wiora, Andrzej Kozyra. Dynamic models of ion-selective electrodes and their interface electronics. Metrology and Measurement Systems, XIII, (4) p. 421--432, 2006.


72. Józef Wiora. Characterisation of Measurement Errors Caused by Model Simplifications of Physico-Chemical Phenomena in Multi-Component Potentiometric Analysis. PhD thesis, Politechnika Śląska. Instytut Automatyki, Gliwice, 02.2006.

73. Alicja Wiora, Józef Wiora. Właściwości dynamiczne elektrod jonoselektywnych. IX Konferencja Naukowa Czujniki Optoelektroniczne i Elektroniczne, p. 255--258, Zakopane, 19--22.06.2006.

74. Józef Wiora, Alicja Wiora. System umożliwiający automatyczne wyznaczanie charakterystyk elektrod jonoselektywnych. IX Konferencja Naukowa Czujniki Optoelektroniczne i Elektroniczne, p. 259--262, Zakopane, 19--22.06.2006.



75. Alicja Wiora, Józef Wiora. Badanie modeli dynamicznych dla elektrod jonoselektywnych o różnych rodzajach membran. VII Polska Konferencja Chemii Analitycznej, p. 424, Toruń, 3--7.07.2005.

76. Józef Wiora, Andrzej Krzon, Alicja Wiora. Porównanie modelu Nikolskiego-Eisenmana z modelem potencjału na granicy faz opisujacych potencjometryczny pomiar wieloskładnikowy. VII Polska Konferencja Chemii Analitycznej, p. 425, Toruń, 3--7.07.2005.

77. Józef Wiora, Alicja Wiora, Andrzej Kozyra. Niepewność pomiarowa współczynnika aktywności oraz jej wpływ na potencjometryczny pomiar jonoselektywny. VII Polska Konferencja Chemii Analitycznej, p. 426, Toruń, 3--7.07.2005.

78. Józef Wiora, Alicja Wiora, Andrzej Kozyra. Stanowisko pomiarowe do wyznaczania wartości parametrów dynamicznych elektrod jonoselektywnych. V Sympozjum nt. Pomiarów Dynamicznych, p. 171--178, Szczyrk, 7--8.11.2005.

79. Alicja Wiora, Józef Wiora. Wykorzystanie teorii sterowania do modelowania własności dynamicznych elektrod jonoselektywnych. V Sympozjum nt. Pomiarów Dynamicznych, p. 179--186, Szczyrk, 7--8.11.2005.



80. Alicja Wiora, Andrzej Kozyra, Józef Wiora. Celka pomiarowa do badania dynamiki elektrod jonoselektywnych. Materiały VIII Konferencji Naukowej Czujniki Optoelektroniczne i Elektroniczne, p. 157--160, Wrocław, 27--30.06.2004.

81. Józef Wiora. Rola współczynników wagowych w procesie optymalizacji parametrów kalibracyjnych elektrod jonoselektywnych. Materiały Kongresu Metrologii KM2004, p. 653--656, Wrocław, 6--9.09.2004.

82. Andrzej Kozyra, Alicja Wiora, Józef Wiora. Ocena uproszczonej procedury kalibracji parametrów elektrod jonoselektywnych wykonywanych na potrzeby pomiarów wieloskładnikowych. Materiały Kongresu Metrologii KM2004, p. 101--104, Wrocław, 6--9.09.2004.

 

updated: 31.08.2021