Dane kontaktowe:
Pokój: 518
Stanowisko:
Adiunkt naukowo-dydaktyczny
Zespoły badawcze:
Nowe systemy głębokiego uczenia i ich zastosowania
Prowadzone zajęcia:
Systemy wbudowane lab
Zaawansowane programowanie internetowe lab
Systemy wbudowane w układach sterowania lab
dr inż.
Jarosław Bernacki
Konsultacje: Pn: 10-12; wt: 14-15
Publikacje (20)
2024 (1)
Bernacki J., Scherer R., Compact Representation of Digital Camera’s Fingerprint with Convolutional Autoencoder. (0)
Compact Representation of Digital Camera’s Fingerprint with Convolutional Autoencoder
, Compact Representation of Digital Camera’s Fingerprint with Convolutional Autoencoder, Proceedings of the International Conference on Security and Cryptography, 792-797, 2024, Liczba cytowań: 02023 (2)
Bernacki J., Scherer R., IMAGINE Dataset: Digital Camera Identification Image BenchmarkinDataset. (2)
IMAGINE Dataset: Digital Camera Identification Image BenchmarkinDataset
, IMAGINE Dataset: Digital Camera Identification Image BenchmarkinDataset, Proceedings of the International Conference on Security and Cryptography, 1, 1, 799-804, 2023, Liczba cytowań: 2
Bernacki J., Scherer R., Remarks on Speeding up the Digital Camera Identification using Convolutional Neural Networks. (0)
Remarks on Speeding up the Digital Camera Identification using Convolutional Neural Networks
, Remarks on Speeding up the Digital Camera Identification using Convolutional Neural Networks, Vietnam Journal of Computer Science, 10, 10, 537-555, 2023, Liczba cytowań: 02022 (3)
Bernacki J., Costa K.A.P., Scherer R., Individual Source Camera Identification with Convolutional Neural Networks. (3)
Individual Source Camera Identification with Convolutional Neural Networks
, Individual Source Camera Identification with Convolutional Neural Networks, Communications in Computer and Information Science, 1716 CCIS, 1716 CCIS, 45-55, 2022, Liczba cytowań: 3
Bernacki J., Digital camera identification by fingerprint’s compact representation. (4)
Digital camera identification by fingerprint’s compact representation
, Digital camera identification by fingerprint’s compact representation, Multimedia Tools and Applications, 81, 81, 21641-21674, 2022, Liczba cytowań: 4
Bernacki J., Scherer R., Digital forensics: a fast algorithm for a digital sensor identification. (1)
Digital forensics: a fast algorithm for a digital sensor identification
, Digital forensics: a fast algorithm for a digital sensor identification, Journal of Information and Telecommunication, 6, 6, 399-419, 2022, Liczba cytowań: 12021 (3)
Bernacki J., On robustness of camera identification algorithms. (6)
On robustness of camera identification algorithms
, On robustness of camera identification algorithms, Multimedia Tools and Applications, 80, 80, 921-942, 2021, Liczba cytowań: 6
Bernacki J., Robustness of digital camera identification with convolutional neural networks. (7)
Robustness of digital camera identification with convolutional neural networks
, Robustness of digital camera identification with convolutional neural networks, Multimedia Tools and Applications, 80, 80, 29657-29673, 2021, Liczba cytowań: 7
Bernacki J., Scherer R., Fast Imaging Sensor Identification. (0)
Fast Imaging Sensor Identification
, Fast Imaging Sensor Identification, Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), 12876 LNAI, 12876 LNAI, 572-584, 2021, Liczba cytowań: 02020 (3)
Bernacki J., A survey on digital camera identification methods. (29)
A survey on digital camera identification methods
, A survey on digital camera identification methods, Forensic Science International: Digital Investigation, 34, 34, 2020, Liczba cytowań: 29
Bernacki J., Automatic exposure algorithms for digital photography. (15)
Automatic exposure algorithms for digital photography
, Automatic exposure algorithms for digital photography, Multimedia Tools and Applications, 79, 79, 12751-12776, 2020, Liczba cytowań: 15
Bernacki J., Digital camera identification based on analysis of optical defects. (3)
Digital camera identification based on analysis of optical defects
, Digital camera identification based on analysis of optical defects, Multimedia Tools and Applications, 79, 79, 2945-2963, 2020, Liczba cytowań: 32017 (1)
Bernacki J., Klonowski M., Syga P., Some remarks about tracing digital cameras-faster method and usable countermeasure. (4)
Some remarks about tracing digital cameras-faster method and usable countermeasure
, Some remarks about tracing digital cameras-faster method and usable countermeasure, ICETE 2017 - Proceedings of the 14th International Joint Conference on e-Business and Telecommunications, 4, 4, 343-350, 2017, Liczba cytowań: 42016 (3)
Blazejczyk I., Trawinski B., Indyka-Piasecka A., Kopel M., Kukla E., Bernacki J., Usability testing of a mobile friendly web conference service. (8)
Usability testing of a mobile friendly web conference service
, Usability testing of a mobile friendly web conference service, Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), 9875 LNCS, 9875 LNCS, 565-579, 2016, Liczba cytowań: 8
Bernacki J., Kolaczek G., RFID security: A method for tracking prevention. (1)
RFID security: A method for tracking prevention
, RFID security: A method for tracking prevention, Communications in Computer and Information Science, 659, 659, 241-249, 2016, Liczba cytowań: 1
Bernacki J., Blazejczyk I., Indyka-Piasecka A., Kopel M., Kukla E., Trawinski B., Responsive web design: Testing usability of mobile web applications. (25)
Responsive web design: Testing usability of mobile web applications
, Responsive web design: Testing usability of mobile web applications, Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), 9621, 9621, 257-269, 2016, Liczba cytowań: 252015 (3)
Kozierkiewicz-Hetmanska A., Bernacki J., Modeling Learning Group's Communication in Intelligent Tutoring Systems. (0)
Modeling Learning Group's Communication in Intelligent Tutoring Systems
, Modeling Learning Group's Communication in Intelligent Tutoring Systems, Proceedings - 2nd European Network Intelligence Conference, ENIC 2015, 140-144, 2015, Liczba cytowań: 0
Bernacki J., Kozierkiewicz-HetmaNska A., The comparison of creating homogeneous and heterogeneous collaborative learning groups in intelligent tutoring systems. (5)
The comparison of creating homogeneous and heterogeneous collaborative learning groups in intelligent tutoring systems
, The comparison of creating homogeneous and heterogeneous collaborative learning groups in intelligent tutoring systems, Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), 9011, 9011, 46-55, 2015, Liczba cytowań: 5
Kozierkiewicz-Hetmanska A., Bernacki J., A conception for use of user profile to prediction learning effects in Intelligent Tutoring Systems. (1)
A conception for use of user profile to prediction learning effects in Intelligent Tutoring Systems
, A conception for use of user profile to prediction learning effects in Intelligent Tutoring Systems, Proceedings - 2015 IEEE 2nd International Conference on Cybernetics, CYBCONF 2015, 97-101, 2015, Liczba cytowań: 12014 (1)
Bernacki J., Kozierkiewicz-Hetmanska A., Creating collaborative learning groups in intelligent tutoring systems. (5)
