PristupačnostNa FER-u postoji više zaposlenika s imenom
- Bibliografija (CROSBI)
- Izabrane publikacije
- Životopis
- Nastava
- Područja istraživanja
- Profesionalni interesi i članstva
- Osobni podaci
- Izabrani projekti
- Hobiji i osobni interesi
ANALYTICAL SOUND PRESSURE LEVEL DETERMINATION AROUND A TRANSFORMER USING MEASURED VIBRATION VELOCITY DISTRIBUTION
Acoustics Knowledge Alliance project: the development of open-access interactive online educational materials in acoustics - strategy and results
Application of adaptive finite focus beamforming method for localization of low-frequency transformer sound
Application of adaptive finite focus beamforming method for localization of low-frequency transformer sound
Analytical Sound Pressure Level Determination Around a Transformer Using Measured Vibration Velocity Distribution
Akustičko mapiranje transformatora u pogonu temeljeno na mjerenim razinama buke u ispitnoj stanici
Cerebrospinal fluid micro-volume changes inside the spinal space affect intracranial pressure in different body positions of animals and phantom
Use of Genetic Algorithms for Design an FPGA- Integrated Acoustic Camera
Grid-like Vibration Measurements on Power Transformer Tank during Open-Circuit and Short- Circuit Tests
Calibration of noise modells by acoustic measurements on different measurement situations
Electromechanical, acoustical, and thermal characterization of piezoceramic elements at different driving conditions
Combination of Boundary Element Method and Genetic Algorithm for Optimization of T-shape Noise Barrier
EXPERIENCE IN ORGANIZING INTERLABORATORY COMPARISONS IN THE FIELD OF ACOUSTIC MEASUREMENTS AND MODELLING METHODS
Laboratorij za određivanja svojstava kompleksnih materijala akustičkim metodama - LOSKSAM
Comparative UAV Noise-Impact Assessments through Survey and Noise Measurements
Buka u našoj svakodnevici
Analysis of a Quadcopter’s Acoustic Signature in Different Flight Regimes
Buka u našoj svakodnevici
Električna vozila moraju se čuti
Monitoring urban noise
GENERAL PROBLEMS WITH DESCRIPTION, MEASUREMENTS AND ASSESMENT OF ENVIRONMENTAL NOISE PARAMETERS IN CROATIA ACCORDING ISO 1996-2:2017 AND THEIR CONNECTIVITY WITH THE PROBLEMS FROM WINDFARMS NOISE
Classification of Music Artwork using the Subjective Emotional Criterion for Implementation in Soundscape Synthesis
Akustička rješenja za detekciju dronova s ciljem povećanja opće sigurnosti
An Advanced Approach to Calculation of Overall Soundscape Annoyance Rating
Popularization of acoustics through demonstrations shown on the open door day of the Faculty of Electrical Engineering and Computing in Zagreb, Croatia
Appraisal of Significance of Acoustic Parameters in Contribution to Human Annoyance
Electrical resonance/antiresonance characterization of NDT transducer and possible optimization of impulse excitation signals width and their types
The Development and Analysis of Beamforming Algorithms Used for Designing an Acoustic Camera
Interlaboratory comparisons’ measurement uncertainty in the field of environmental noise
A Case Study: The Urban Residents’ Choice for Electric Vehicles Warning Sounds
Zaštita od buke – zvučne barijere
The Synthesis of Soundscape using Genetic Algorithm and Popular Songs
Analize zvučnih okolina - put prema ugodnijoj i uspješnijoj radnoj sredini
Designing the Acoustic Camera using MATLAB with respect to different types of microphone arrays
Analiza zvučnih okolina – put prema ugodnijoj i uspješnijoj radnoj sredini
Combined acoustical and economical noise barrier optimization using genetic algorithms
Measuring and modelling environmental noise parameters from different sound sources in complex environments
Buka i antivibracijski elementi u željezničkom prometu
Possibilities of Reliable Ultrasonic Detection of Subwavelength Pipework Cracks
Osnove akustike, buka okoliša i zvučna izolacija te mjere za zaštitu od buke u otvorenom i zatvorenom prostoru
Urban Acoustic Environments – An Acoustic Model for Total Distraction Coefficient
Acoustic Performance of Parallel Baffled Silencers Different Configurations in HVAC Channel
Zvučnim barijerama do manje buke
Electromechanical and acoustical characterization of piezoceramic elements and ultrasound transducers
Influence of impaired craniospinal communication on intracranial pressure in different body positions
Perspectives of Creating Enjoyable Sound Environment in Smart Cities
Measurement uncertainty in the field of environmental noise and building acoustic measurements: experience from interlaboratory comparisons
Acoustic performance of large parallel baffled silncers by using in-situ measurement method
Materijali za predavanja iz predmeta DIGITALNA AUDIOTEHNIKA za studente diplomskog studija Fakulteta elektrotehnike i računarstva, Sveučilišta u Zagrebu
Psychoacoustical Approach in Soundscape Characterization
Analiza i obrada audioinformacija
Analiza i obrada audioinformacija - laboratorijske vježbe
Karakteristike ultrazvučnih sustava za primjene u medicini
Electromechanical and acoustical characterization of piezoceramic elements and NDT ultrasound transducers by using different types of excitation signals
Developing a Model for Assessment of Traffic Distraction
Mobile crowdsensing accuracy for noise mapping in smart cities
Noise legislation, its implementation in national laws, regulations and discovered challenges
Electromechanical, acoustical and thermodynamical characterization of a low-frequency sonotrode- type transducer in a small sonoreactor at different excitation levels and loading conditions
Cerebrospinal fluid pressure gradients and pathophysiology of hydrocephalus
Buku treba riješiti još pri projektiranju!
Neugodni problem koji se mora riješiti
Cerebrospinal fluid movement and stable gradients of hydrostatic cerebrospinal fluid pressure in different body positions
Zvučna izolacija mora biti kvalitetna
Elektroakustika
Elektroakustika - laboratorijske vježbe
Electromechanical, acoustical and thermodynamical characterization of ultrasound transducers for sonochemistry applications
Electromechanical characterization of piezoceramic elements around resonance frequencies at high excitation levels and different thermodynamic conditions
Priručnik za ventilaciju i klimatizaciju
High Power Electromechanical Characterization of Piezoceramics and Low Frequency Ultrasound Transducers by Using Algorithm for Tracking Changes in Resonant Frequency and Electrical Impedance
Prijenos zvuka
Acoustical evaluation of five public spaces in Dubrovnik
IMPROVEMENT OF ACOUSTIC PARAMETERS IN HOME RECORDING STUDIO AND CONTROL ROOM
Acoustical Suitability of Historic Spaces as Venues for Modern-Day Events
The influence of body position on cerebrospinal fluid pressure gradient and movement in cats with normal and impaired craniospinal communication
Electro-Mechanical and Acoustic Characterization of Low-Frequency Ultrasound Devices
Comparison between piezoelectric material properties obtained by using low-voltage magnitude frequency sweeping and high-level short impulse signals
Measuring acoustic parameters of air-handling units
Evaluation of the Acoustical Characteristics of the Largest Concert Hall in Croatia
Signal Denoising Using Wavelet Transformation with Variable Tresholding via Bayes Prediction and Ephraim-Malah Estimation
Electromechanical characterization of active piezoceramic elements by using different types of excitation signals
Signal Denoising using STFT with Bayes prediction and Ephraim-Malah estimation
Interlaboratory comparison of sound insulation measurements in building acoustics
Test Rig as Development Incentive
Methods for measuring acoustic power of an ultrasonic neurosurgical device
Comparison of measured acoustic power results gained by using three different methods on an ultrasonic low-frequency device
Changes of Working Parameters of a Normal Beam Non-destructive Evaluation Ultrasound Transducer Due to Different Electrical Excitations
Methods for Measuring Acoustic Power of an Ultrasonic Neurosurgical Device. Coll.
Measuring acoustic power of low-frequency ultrasound devices by using calorimetric method and electromechanical characterization
Electromechanical Properties of a Non- Destructive Evaluation Ultrasound Transducer at Different Electrical Excitation Levels
Air velocity and pressure profiles in front of an electrodynamic loudspeaker
Stochastic solutions of Navier–Stokes equations: An experimental evidence
Comparison of audio devices using probability density function of rate of change
Comparison of two methods for in-situ measurement of the absorption coefficient
Analysis of Viscoelasticity and Residual Strains in an Electrodynamic Loudspeaker
Mapping of the Loudspeaker Emission by the Use of Anemometric Method
Measuring derived acoustic power of an ultrasound surgical device in the linear and nonlinear regime of working
Chaotic state in an electrodynamic loudspeaker
On a Novel Concept of Membrane Suspension in an Electrodynamic Loudspeaker
Vrednovanje točkastog izvora ultrazvuka u linearnom i nelinearnom načinu rada
Viscous Friction and Temperature Stability of the Mid-High Frequency Loudspeaker
Calorimetric Evaluation of Intrinsic Friction in the Loudspeaker Membrane
Turbulent and Viscous Air Friction in the Mid-High Frequency Loudspeaker
Confirmation of Chaos in a Loudspeaker System Using Time Series Analysis
Modeling of an Electrodynamic Loudspeaker Including Membrane Viscoelasticy
Verification of chaotic behavior in an experimental loudspeaker
Acoustic characterization of an ultrasound surgical transmitter in the linear and nonlinear regime of working.
Modeling Of Low Frequency Electrodynamical Loudspeaker As Nonlinear Driven Anharmonic Oscilator
Mass Nonlinearity and Intrinsic Friction of the Loudspeaker Membrane
Experimental and Theoretical Considerations of Ultrasound Transducers Working in Nonlinear Regime
Chaos in an Electrodynamic Loudspeaker
Ultrasonic power measurements in the nonlinear regime using calorimetry method
Modeling of an Electrodynamic Loudspeaker Using Runge-Kutta ODE Solver
Intrinsic Membrane Friction and Onset of Chaos in an Electrodynamic Loudspeaker
Acoustic Characteristics of the New "Histrion" Drama Theatre in Zagreb
Damping of an Electrodynamic Loudspeaker by Air Viscosity and Turbulence
Ultrasonic power measurements in the nonlinear regime using calorimetry method
Measuring Output Acoustic Power of an Ultrasonic Surgical System Using the Calorimetric Method
Chaotic State in an Electrodynamic Loudspeaker Controlled by Gas Pressure
Chaotic State in an Electrodynamic Loudspeaker
Non linear stiffness of the loudspeaker measured in an evacuated space
Effects of Similar Multiple Signals on Intelligibility and Localization of a Referent Signal
Estimating parameters of a silencer by solving Helmholtz equation using finite elements method
The design of narrow-band water loaded ultrasound transmitters
Evaluating Parameters Of Pzt-5a Material Using Impedance Measurement Results
Estimating Ultrasound Transmitter Parameters Using 1-D Equivalent Circuit Models
Estimating ultrasound transducer parameters using KLM equivalent circuit model
Noise and vibrations of a circular saw
Binaural hearing computer models in multisource environments
Influence Of Room Acoustic Parameters On Subjective Test Results
Referent sound source localization in multisource environment for acoustically different spaces
Development and use of a Neursurgical Ultrasound Endoscope Probe
Modelling Ultrasound Fields With Linear Array Transducers
Odziv 1-D niza ultrazvučih pretvarača u fokalnoj ravnini
Linear Arrays With Polynomial Phase Distribution
PVDF Transducers
Development of Neurosurgical Contact Ultrasonic Probe
Estimation of Space Acoustical Quality Based on Energy Ratio of Sound
Radovi u časopisima:
1. Petošić, Antonio; Ivančević, Bojan; Svilar, Dragoljub; Štimac, Tihomir; Paladino, Josip; Orešković, Darko; Jurjević, Ivana; Klarica, Marijan.
Methods for measuring acoustic power of an ultrasonic neurosurgical device. // Collegium antropologicum. 35 (2011) , Suppl 1; 107-113 (članak, znanstveni).
2. Petošić, Antonio; Svilar, Dragoljub; Ivančević, Bojan.
Comparison of measured acoustic power results gained by using three different methods on an ultrasonic low-frequency device. // Ultrasonics sonochemistry. 18 (2011) , 2; 567-576 (članak, znanstveni).
3. Đurek, Ivan; Đurek, Danijel; Petošić, Antonio.
Stochastic solutions of Navier–Stokes equations: An experimental evidence. // Chaos. 20 (2010) ; 1-7 (članak, znanstveni).
4. Petošić, Antonio; Ivančević, Bojan; Svilar, Dragoljub.
Measuring derived acoustic power of an ultrasound surgical device in the linear and nonlinear regime of working. // Ultrasonics. 49 (2009) , 6-7; 522-531 (članak, znanstveni).
5. Đurek, Ivan; Đurek, Danijel; Petošić, Antonio.
Chaotic state in an electrodynamic loudspeaker. // Acta Acustica United with Acustica. 94 (2008) , 4; 629-635 (članak, znanstveni).
6. Reiss, Joshua; Đurek, Ivan; Petošić, Antonio; Đurek, Danijel.
Verification of chaotic behavior in an experimental loudspeaker. // Journal of the Acoustical Society of America. 124 (2008) , 4 Part 1; 2031-2041 (članak, znanstveni).
Životopis
Antonio Petošić rođen je 1979. godine u Požegi, Republika Hrvatska. Nakon osnovne škole pohađa Prirodoslovno-matematičku gimnaziju u Požegi i sudjeluje na natjecanjima iz matematike i fizike.
Nakon završene gimnazije upisuje se na Fakultet elektrotehnike i računarstva u Zagrebu koji završava nakon pet godina studiranja. Diplomirao je na Zavodu za radiokomunikacije kod prof. dr Juraja Bartolića sa temom: ''Mjerni dipoli za frekvencijsko područje 900 i 1800 MHz''.
Nakon petogodišnjeg studiranja dobiva brončanu plaketu Josip Lončar za izrazito uspješno studiranje. 2002. godine zapošljava se na Zavodu za elektroakustiku Fakulteta elektrotehnike i računarstva u Zagrebu kao znanstveni novak na projektu ''Primjena ultrazvuka velike snage u medicini'' gdje i sada radi.
Područje interesa usavršavano tijekom višegodišnjeg rada je primjena ultrazvuka u medicini i tehnici, elektromehanička i akustička karakterizaciji ultrazvučnih pretvarača u različitim načinima rada. Osim ultrazvukom bavi se općenito proučavanjem pojava linearne i nelinearne akustike, prostornom akustikom, mjerenjima buke i zvučne izolacije, razvojem mogućih teorijskih modela elektroakustičkih pretvarača u nelinearnon načinu rada i njihovom eksperimentalnom provjerom.
Tijekom sudjelovanja na brojnim znanstvenim konferencijama osvaja nekoliko nagrada za radove u područjima nelinearne akustike i svladavanja numeričkih metoda prilikom modeliranja propagacije akustičkih valova. Nagrade na me]unarodnim konferencijama su:
1. ''European Acoustics Association Student Grant'' za izvrsni doprinos u području numeričke akustike na konferenciji Forum Acusticum u Budimpešti 2005 godine.
2. ''International Conference of Acoustics Young Scientists Grant'' za izvrsno dostignuće u području nelinearne akustike na konferenciji ICA 2007 godine u Madridu.
3. ''European Acoustics Association Student Grant'' za izvrsni doprinos u primjeni analize signala u teoriji kaosa u tumačenju nelinearnih efekata u mediju tijekom kavitacije na konferenciji European Acoustics Association united with Acoustical Society of America 2008 godine u Parizu.
Za doktorsku disertaciju ''Vrednovanje točkastog izvora ultrazvuka u linearnom i nelinearnom načinu rada'' obranjenu 25.09.2008. dobiva srebrnu plaketu Josip Lončar.
2009. godine je dobitnik stipendije engleskog kraljevskog znanstvenog društva ''Royal Society International Grant'' za boravak na ''Queen Mary University'' u Londonu gdje usavršava analizu signala dobivenih iz nelinearnih akustičkih sustava te metode kontrole determinističkog kaosa.
2010. godine dobiva nagradu ''Vera Johanides'' za rad objavljen u časopisu ''Ultrasonics'' o mjerenju akustičke snage ultrazvučnog kirurškog noža.
2011. godine dobiva nagradu Društva sveučilišnih i ostalih nastavnika za rad objavljen u časopisu ''Ultrasonics Sonochemisty'' o usporedbama metoda za mjerenje akustičke snage ultrazvučnih niskofrekvencijskih uređaja.
Autor je i koautor šest radova objavljenih u akustičkim Current Contents časopisima i više desetaka radova objavljenih na međunarodnim konferencijama. Recenzent je u časopisma Automatika, Ultrasonics i Ultrasonics Sonochemistry.
Aktivno govori engleski i njemački jezik.
Nastava
Sveučilišni preddiplomski
- Akustika prostora (Nositelj, Nositelj)
- Audiotehnika (Nositelj, Nositelj)
- Audiotehnika (Nositelj)
- Elektroakustika 1 (Nositelj, Nositelj)
- Elektroakustika 1 (Nositelj)
- Prijenos zvuka (Nositelj)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt iz programske potpore (Predavanja)
- Projekt R (Predavanja)
- Završni rad (Predavanja)
- Završni rad (Predavanja)
- Završni rad (Predavanja)
- Završni rad (Predavanja)
- Završni rad (Predavanja)
Sveučilišni diplomski
- Akustika prostora (Nositelj)
- Analiza i sinteza audiosignala (Nositelj)
- Analiza i sinteza audiosignala (Nositelj)
- Audiosustavi (Nositelj)
- Biomedicinska elektroakustika (Nositelj)
- Modeliranje u akustici (Nositelj)
- Prijenos zvuka (Nositelj)
- Ultrazvuk u medicini i tehnici (Nositelj)
- Audioprogramiranje (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski seminar (Predavanja)
- Projekt (Predavanja)
- Seminar 1 (Predavanja)
- Seminar 2 (Predavanja)
Poslijediplomski doktorski
- Forenzička analiza audio signala (Nositelj)
- Ultrazvučni sustavi (Nositelj)
Kompetencije
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Engineering in medicine and biology
Biomedical equipment Medical instruments -
Signal processing
IIR filters Notch filters Modulation Noise 1/f noise Audio recording Signal analysis Signal design Acoustic signal detection Sonar detection -
Ultrasonics, ferroelectrics, and frequency control
RLC circuits Piezoelectricity Piezoelectric effect Piezoelectric polarization Ultrasonic transducers -
Instrumentation and measurement
Acoustic measurements Measurement errors Measurement techniques Calibration Measurement uncertainty Mechanical variables measurement Noise measurement Environmental monitoring
Profesionalni interesi i članstva
Znanstvena i stručna suradnja s tvrtkama u EU u modeliranju i mjerenju buke različitih izvora.
Znanstvena i stručna suradnja s tvrtkom GEOLUX d.o.o. u izradi 4-D akustičke kamere.
Znanstvena suradnja sa tvrtkom INETEC d.o.o u projektiranju, modeliranju i mjerenju ultrazvučnih pretvarača za nedestruktivno testiranje materijala.
Stručna suradnja sa tvrtkom PROKLIMA d.o.o., KLIMAOPREMA d.o.o. i ALNOR d.o.o. (Poljska) u mjerenjima akustičkih parametara klima komora i kanala.
Član Hrvatskog akustičkog društva, AES (Audio Engineering Society), Hrvatskog zavoda za normizaciju.
Osobni podaci
Izabrani projekti
1. Obrada aksutičkih signala u realnom vremenu na FPGA platformi.
2. Modeliranje buke prometa (cestovni, željenzički, zračni)
3. Analiza zvuka na ugradbenim računalnim sustavima i Android mobilnoj platformi
4. Detekcija kvarova uređaja na osnovu analize zvučnog signala i signala vibracija
5. Mjerenje i projektiranje zvučne izolacije kučišta različitih uređaja (HVAC)
6. Mjerenje i projektiranje akustičkih parametara kanalnih prigušivača u klimatizacijskim sustavima
7. Određivanje zvučne snage ultrazvučnog kirurškog noža
8. Modeliranje i projektiranje ultrazvučnih pretvarača za nedestruktivno testiranje materijala
9. Karakterizacija medicinskih ultrazvučnih uređaja za terapijske, dijagnostičke i kirurške primjene.
10. Analiza nelinearnih efekata u mediju tijekom primjene ultrazvučnog polja i njihov utjecaj na mjerene električne parametre ultrazvučnog pretvarača
11. Kontrola kaosa u nelinearnim dinamičkim sustavima (zvučnik i ultrazvučni pretvarač) primjenom povratne veze i malim promjenama parametara sustava (Ott-Grebogi-York kontrola)
12. Mjerenje i projektiranje zračne i udarne zvučne izolacije pregrada u građevinskoj akustici.
13. Mjerenje i izračun parametara buke okoliša (cestovni, željeznički i zračni promet, industrijska postrojenja, buka u ugostiteljskim objektima).
Hobiji i osobni interesi
Sportske aktivnosti (trčanje, fitness)