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Dariusz Bismor
ORCID
Publication Activity (10 Years)
Years Active: 2014-2024
Publications (10 Years): 11
Top Topics
Convolutional Neural Networks
Harmony Search Algorithm
Fault Diagnosis
Variable Step Size
Top Venues
SPA
IEEE Signal Process. Lett.
PCC (1)
Sensors
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Publications
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Tudor-Bogdan Airimitoaie
,
Bernard Vau
,
Dariusz Bismor
,
Gabriel Buche
,
Ioan Doré Landau
Dynamic Variable Step Size LMS Adaptation Algorithms - Application to Adaptive Feedforward Noise Attenuation.
ECC
(2024)
Karol Jablonski
,
Dariusz Bismor
Verification of a Building Simulator in Real Experiments.
PCC (1)
(2023)
Muhammad Ahsan
,
Dariusz Bismor
Advanced Fault Diagnosis in Rotating Machines Using 2D Grayscale Images with Improved Deep Convolutional Neural Networks.
SPA
(2023)
Dariusz Bismor
Leaky Partial Update LMS Algorithms in Application to Structural Active Noise Control.
Sensors
23 (3) (2023)
Muhammad Ahsan
,
Dariusz Bismor
Calibration of a High Sampling Frequency MEMS-Based Vibration Measurement System.
PCC (1)
(2023)
Muhammad Ahsan
,
Dariusz Bismor
Early-Stage Faults Detection Using Harmony Search Algorithm and STFT-Based Spectral Kurtosis.
AUTOMATION
(2022)
Muhammad Ahsan
,
Dariusz Bismor
Early-Stage Fault Diagnosis for Rotating Element Bearing Using Improved Harmony Search Algorithm With Different Fitness Functions.
IEEE Trans. Instrum. Meas.
71 (2022)
Dariusz Bismor
,
Karol Jablonski
,
Tomasz Grychowski
,
Slawomir Nas
Hardware-In-the-Loop Simulations of a GPC-Based Controller in Different Types of Buildings Using Node-RED.
KKA
(2020)
Dariusz Bismor
System for Vehicle Sound and Vibration Monitoring using MEMS Sensors.
SPA
(2019)
Dariusz Bismor
,
Krzysztof Bartnicki
Real-time advanced speech enhancement using low-power, fixed-point hardware.
SPA
(2016)
Dariusz Bismor
Simulations of Partial Update LMS Algorithms in Application to Active Noise Control.
ICCS
(2016)
Dariusz Bismor
Comments on "A New Feedforward Hybrid ANC System" - An addendum.
IEEE Signal Process. Lett.
21 (5) (2014)
Dariusz Bismor
Comments on "A New Feedforward Hybrid ANC System".
IEEE Signal Process. Lett.
21 (5) (2014)