Proposals

Audio
Field
Contact
Title
Thesis type
Description
Audio signal processing
Antonacci, PezzoliCharacterization and analysis of the directivity of sound sourcesFull thesis, Short thesisThe directivity is an inherent property of every sound source (e.g., a musical instrument). The goal of this thesis is to define suitable descriptors for the directivity of sound sources which can be used when comparing different directivities. Long or short thesis depends on the depth and novelty of the analysis. [Required knowledge: basic knowledge of statistical signal processing, spherical harmonics decomposition of sound field].
Audio signal processing
Antonacci, PezzoliDeep learning solution for localization of acoustic sources in the spherical harmonics domainFull thesisThe spherical harmonics representation of the sound field is a widely adopted description of spatial sound. The goal of this thesis is to devise deep learning solutions that exploit the spherical harmonics representation for the analysis of the acoustic field e.g., localization of acoustic sources. [Required knowledge: spherical harmonics decomposition of sound field, theoretical knowledge and pratical experience with deep learning]
Acoustic Scenes and EventsSarti, MezzaDetection of anomalous sounds in domestic environmentsFull thesisThe objective is the development of intelligent systems capable of monitoring a domestic environment to detect acoustic anomalies. The idea is to learn a suitable "normal state" for the monitored soundscape and to track the deviations thereof with minimal or no supervision.
Audio ForensicsBestaginiAnalysis of MP3 audio files metadata and structureFull thesisForensic analysis of multimedia objects can be performed by observing the way a file is structured and saved to disk, rather than analyzing the actual content. For instance, the analysis of MP4 video containers can provide valuable information related to video origin (https://arxiv.org/pdf/2101.10795v1.pdf). The goal of this work is to dig into the structure of an MP3 audio file to extract possible information related to the used encoder, device, or presence of tampering.
Audio signal processing
Bernardini, GiampiccoloVirtual Analog Modeling, Audio Circuit Emulation, Physical Modeling Sound Synthesis through Wave Digital FiltersFull thesis
Audio signal processing
Bernardini, GiampiccoloImplementation of Wave Digital scattering matrices absorbing controlled sources Full thesisIn the Wave Digital domain, topological scattering junctions can absorb certain nonreciprocal elements. The thesis concerns the derivation of formulas for the efficient computation of their scattering matrices, such that they can be exploited for Virtual Analog applications.
Audio signal processing
Bernardini, GiampiccoloVirtual Bass Enhancement for Small-Size TransducersFull thesisIn consumer electronics, the reduced dimensions of devices (e.g., laptops, smartphones, etc.) impair the acoustical response of audio transducers, especially at low frequency. In this context, Virtual Bass Enhancement (VBE) techniques can be employed to enhance the perception of low frequencies by exploiting the "missing fundamental" phenomenon. The thesis concerns the development of a VBE processing chain for the specific case of small-size transducers, such as piezoelectric and MEMS transducers.
Music informaticsSarti, Mezza, ComanducciAudio prediction for Networked Music Performance Full thesisIn recent years, live music performances over the Internet have become a reality. However, the inevitable network packets loss is still affecting the experience in a significant way, causing abrupt interruptions and glitches in the audio stream. In this respect, we aim at developing new deep learning-based techniques that would tackle this issue by predicting the next few milliseconds of audio, while ensuring the high quality and seamlessness of the reconstructed music signal.
Musical acousticsOlivieri, AntonacciTowards white-box data-driven methods for Near-field Acoustic HolographyFull thesisNear-field Acoustic Holography (NAH) is a powerful technique to study the velocity field on vibrating objects in a contactless way (e.g., without accelerometer sensors). Recently, we developed a fully data-driven approach for NAH with Convolutional Neural Networks which can increase the performances of previous state-of-the-art methods. The goal of this thesis is to investigate and understand what the networks learned, in order to transform the current black box methodology towards a white box one.
Musical acousticsAntonacci, Pezzoli, MalvermiPrediction of new Frequency Response Functions through Convolutional Neural NetworksFull thesis, Short thesisRecently we have successfully applied CNNs to perform interpolation of Frequency Response Functions in rectangular plates also when dealing with random measurement locations. The thesis has as first target (short version) the extension of the method for real case scenarios (few initial measurements, violin plates, reconstruction of both real and imaginary part), then a new formulation exploting physics can be planned (long version).
Differential Microphone ArraysBernardini, AlbertiniEvaluation of phase, gain, and misplacement errors on arbitrary geometry differential microphone arraysFull thesisDifferential Microphone Arrays (DMAs) are small-sized microphone arrays known for their almost frequency-invariant beampatterns and superdirective responses. Recently developed arbitrary geometry DMAs represent a generalization of traditional DMAs, allowing to form spatial filters with any random microphone distribution. The aim of the Thesis is to model the effect of phase, gain and misplacement errors on the arbitrary geometry DMA performance, and develop a method to compensate such errors. Characterization of real sensors is a possibility.
Bernardini, AlbertiniAntiderivative Antialiasing for multi-port elements in the Wave Digital domainFull thesisAntiderivative Antialiasing is a recently proposed technique for mitigating aliasing distortion in virtual analog applications. The technique has attracted considerable attention due to its ability to reduce aliasing artifacts without resorting to high oversampling factors in the physical emulation of audio circuits. The approach has recently been extended to Wave Digital Filters with up to one-port nonlinear element. The goal of this thesis is to extend Antiderivative Antialiasing to multi-port nonlinear elements.
Differential Microphone ArraysBernardini, AlbertiniMultistage Beamforming with Differential Microphone ArraysFull thesisDifferential Microphone Arrays (DMAs) are small-sized microphone arrays known for their almost frequency-invariant beampatterns and superdirective responses. Recently, a two-stage spatial filtering (beamforming) using DMAs have been introduced. Multistage beamforming allows to obtain directivity patterns which are equal to the product of each spatial filtering stage beampattern. The aim of the Thesis is to develop a general N-stage beamformer and evaluate its properties in terms of directionality and robustness against noise.
Musical AcousticsGonzalez, AntonacciInfluence of thickness profile in archtop guitarsFull/short thesisThis thesis has two parts: modeling an archtop guitar parametrically in Fusion 360 and then realising simulations in COMSOL to study its acoustic response. Short and long thesis depend on the depth of the study.
Musical AcousticsAntonacci, Olivieri, PezzoliThe impact of reverberation for data-driven Nearfield Acoustic HolographyFull/short thesisRecent Deep Learning techniques proved the ability to infer the vibrational behavior in plates starting from acoustic measurements. This thesis aims at quantifying the performance of the current data-driven methods for Nearfield Acoustic Holography in the presence of reverberation (short thesis) and extending the neural network model to work in reverberant scenarios (long thesis).
Musical AcousticsAntonacci, Olivieri, PezzoliTransfer Learning techniques for Nearfield Acoustic Holography analysisFull/short thesisRecent data-driven based NAH methods can predict the vibrational behavior on sources from the acquisition of the radiated sound field. Nevertheless, these approaches are dependent on the training dataset used (i.e., acquisition setup and vibrational source). This thesis aims at extending the recent solutions with transfer learning strategies in order to tune the networks with different data and improving the model with specific physical priors to reconstruct the vibrational content with an unsupervised approach (long thesis). [knowledge of Deep Learning required]
Musical AcousticsAntonacci,MalvermiEnhanced feature-based representation for violin bridge admittancesFull/short thesisBridge Admittances are one of the cornerstones of experimental research in violins. Recent results on a set of measurements proved that a metric based on selected features (modal parameters in the low frequency range) leads to more informative and fair comparisons between different violins. The thesis aims at exploring new hand-crafted features for mid and high frequency ranges and apply data analysis principles to find optimal representation.
Musical AcousticsGonzalez, AntonacciExperimental measurement and construction of violin top platesFull/short thesisThe aim of this thesis is twofold: measure the material properties of violin top plates and build violin top plates with certain material properties. For this the student will use a CNC router to build the plates and a experimental set up that measures the FRF of the plate to compute its material parameters. The goal is to be able to produce top plates with a defined mechanical response irrespective of the varying material parameters of the wood the top is made of. Experimental thesis in Cremona Campus, FEM modelling required, Fusion 360 optional.
Musical AcousticsGonzalez, AntonacciFEM simulation of cello bridgesShort thesisThe objective of this thesis is to study the structural and dynamical characteristics of different designs of Cello bridges. In particular, we will study the "classical" design and the "X" model created by Luthier L. Amorim. Knowledge of FEM is required, Fusion 360 would be a good extra.
Image and Video
Field
Contact
Title
With Discussant
Description
Image/video forensicsBestagini, Bonettini
Detect and localize image and video manipulations
yesImages and videos can be manipulated in many different ways (e.g., object insertion and removal, local retouching, laundering operations, etc.). We are interested in developing methods to detect and localize possible editing operations on images and videos.
Image/video forensicsBestagini, Bonettini
Distinguish original videos from DeepFakesyesDeepFake videos can be maliciously spread online. We are interested in developing techniques to detect whether a video is a DeepFake or not, why a detector says a video is fake, and understand which DeepFake generation software has been used to create a video.
Image/video forensicsBestagini, MandelliAssess the authenticity of satellite imagesyesSatellites can acquire visual data with different sensors. We are interested in developing techniques that verify whether an overhead image has been edited or not.
Image/video forensicsBestagini, MandelliForensic analysis of scientific imagesyesScientific publications in the life science area typically contain charcateristic kinds of images to showcase the achieved results (e.g., western blots, microscopy acquisitions, etc.). As these images differ from natural photographs, we are interested in developing novel techniques to detect possible scientific image forgery operations.
Image/video processingMarcon, BonettiniAnalysis of hyperspectral X-ray images for food quality assessmentyesX-ray acquisitions are beneficial in food contaminant analysis as they can detect both metallic and non-metallic objects. The goal of a thesis in this field is to develop processing techniques that help dealing with X-ray acquisition in food contaminant detection applications (e.g., denoising, detection, segmentation, etc.).
Geophysics
Contact
Title
Thesis type
Description
Tubaro, Lipari, PicettiImproving Full Waveform Inversion with CNNsFull/shortFull Waveform Inversion reconstructs the subsurface velocities from a set of measurements. It is very expensive, time-consuming and prone to a number of tips and tricks for avoiding local minima, numerical instability and optimization errors.
Tubaro, Lipari, PicettiDenoising and Interpolation of seismic data through CNNsFull/shortThe amount of data is constantly increasing and the areas of interest are more and more complex to analyze. Moreover, they require a subsurface mapping at increasingly higher resolution and higher fidelity. Can CNNs help this process?
Tubaro, Lipari, PicettiMachine Learning guided Seismic InterpretationFull/shortHuman experts visually inspects seismic images looking for subsurface features. On the other hand, Machine Learning techniques have proven to be effective in image segmentation (i.e., recognizing objects and targets from a set of pixels). Can we merge these two worlds?
Tubaro, Lipari, PicettiPhysics-aware Transfer LearningFull/shortCan a neural network learn Physics?
Tubaro, Lipari, PicettiRegularizing Traveltime Tomography via Machine LearningFull/shortTraveltime Tomography is an important tool for localizing subsurface events, both in medical and geophysical imaging. The tomography problem is a ill-posed and ill-conditioned inverse problem, which suffers a lot from numberical instability, local minima, and noise. Here's where the machine learning comes into play!

Currently on-going

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Field
Supervisor
Topic
Student(s)
Audio signal processingBernardini, GiampiccoloWave Digital Newton-Raphson Method for Virtual Analog ModelingLuca Gobbato
Audio signal processing
Bernardini, Mezza, GiampiccoloWave Digital Filter Modeling of Audio Circuits with Hysteresis Nonlinearities using Neural NetworksOliviero Massi
Image forensicsBestagini, CannasForensic analysis of overhead imageryEmanuele Intagliata
Space-time audioAntonacciPerceptual evaluation of sound field reconstructionMiriam Papagno
Video forensicsBestagini, BonettiniDeepfake video detectionBingyang Hu
Audio forensicsBestagini, BorrelliDetection of splicing based on synthetic voice productionFrancesco Castelli
Audio forensicsBestagini, BorrelliCombining speaker identification and prosody analysis for synthetic speech detectionLuigi Attorresi
Space-time audioAntonacci, Comanducci3D audio with irregular microphone setups using deep learningDavide Mori
Space-time audioAntonacci, Bernardini, Borra3D sound field rendering with loudspeaker array.Francesco Pino
Music informaticsSarti, Mezza, BernardiniUnsupervised selection of harmonic complexity metricsGiorgio De Luca
Space-time audioSarti, Bernardini Modeling Multichannel Room Impulse Responses using Banks of State-Space FiltersAgnese Pantaleone
Music informaticsZanoni, BorrelliSocial interaction based music recommendation systemCarlo Pulvirenti
Music informaticsSarti, BorrelliConnecting NN to bio-metric signalsJoep Rene Wulms
Musical AcousticsRipamonti, Malvermi, GonzalezExperimental Validation for data-driven Near-field Acoustic HolographyAlessio Lampis
Musical AcousticsAntonacci, MalvermiImproved sensors for low-cost Vibrometric KitFabio Guarnieri
Musical AcousticsRipamonti, MalvermiSource-aware Active Vibration Control on glass surfacesNiccolo Botti, Tommaso Botti
Musical AcousticsAntonacci, Gonzalez, MalvermiMechanical Parameter prediction from Frequency Response Function measurementsDavid Badiane
Musical AcousticsSarti, Paoletti, Adali, MalvermiAcoustic Characterization of materialsMarco Donzelli
Musical AcousticsGonzalez, AntonacciRandom variation of guitar bracingsMattia Vanessa
Musical acousticsGonzalez, AntonacciMetamaterials for guitarmakingGabriele Marelli, Mattia Lercari
Musical acoustics / AIGonzalez, AntonacciAI-powered pick up: making guitars sound great againEmanuele Voltini
GeophysicsBestagini, LipariSegmentation of salt bodies in migrated volumes for velocity model buildingFrancesco Maffezzoli
Image/video processingBestaginiAnalysis of badminton match videosSamuele Bosi
Music Informatics Sarti, Turchet (UNITN), ComanducciAdaptive Metronomes using Haptic Devices for Networked Music PerformancesPaolo De Santis
Music Informatics Zanoni, ComanducciDeep Learning-based Timbre TransferSilvio Pol

Past (from 2017)

Expand list
Field
Supervisor
Title
Student(s)
Link
Audio signal processing
Bernardini, Mezza, GiampiccoloWave Digital Filter Modeling of Audio Circuits with Hysteresis Nonlinearities using Neural NetworksOliviero Massihttps://www.politesi.polimi.it/handle/10589/186739
Music informaticsAntonacci, Pezzoli, ComanducciDeep Prior Audio InpaintingFederico Mioltello
Audio signal processingBestagini, BuccoliLow-latency speaker recognitionFrancesco Salani
Space-time audioAntonacci, Borrelli, BorraBeamforming and Speaker Identification through Deep Neural Networks Matteo Scerbohttps://www.politesi.polimi.it/handle/10589/176160
Music informaticsSarti, BorrelliHarmonic complexity estimation of jazz musicGiovanni Agosti
Audio forensicsAntonacci, BorrelliA model selection method for room shape classification based on mono speech signalsGabriele Antonaccihttps://www.politesi.polimi.it/handle/10589/179887
Audio forensicsBestaginiAudio splicing detection and localization based on recording device cuesDaniele Ugo Leonzio
Audio forensicsBestaginiSpeaker-Independent Microphone Identification via Blind Channel Estimation in Noisy ConditionAntonio Giganti
Audio forensicsBestagini, BorrelliSynthetic Speech Detection through Convolutional Neural Networks in Noisy EnvironmentsEleonora Landinihttps://www.politesi.polimi.it/handle/10589/179458
Audio forensicsBestagini, Borrelli, SalviSynthetic speech detection based on sentiment analysisEmanuele Contihttps://www.politesi.polimi.it/handle/10589/177968
Audio ProcessingSarti, Giampiccolo, BernardiniParallel Wave Digital Implementations of Nonlinear Audio CircuitsNatoli Antonino
Musical AcousticsAntonacci, MalvermiData driven methods for frequency response functions interpolationMatteo Acerbihttps://www.politesi.polimi.it/handle/10589/170179
Audio forensicsBestagini, MandelliTime-Scaling Detection in Audio RecordingsMichele Piliahttps://www.politesi.polimi.it/handle/10589/173711
Audio forensicsBestagini, BorrelliSpeech Intelligibility Parameters Estimation Through Convolutional Neural NetworksMattia Papahttps://www.politesi.polimi.it/handle/10589/173756
Audio forensicsAntonacciClosed and open set classification of real and AI synthesised speechMichelangelo Medorihttps://www.politesi.polimi.it/handle/10589/170094
Audio ForensicsAntonacciAn approach to room volume estimation from single-channel speech signals based on neural networksCastelnuovo Carlohttps://www.politesi.polimi.it/handle/10589/164749
Audio ForensicsBestaginiAudio Splicing Detection and Localization Based on Acoustic CuesCapoferri Davidehttps://www.politesi.polimi.it/handle/10589/164950
Audio ProcessingSarti, ComanducciAudio frame reconstruction from incomplete observations using Deep Learning techniquesSchils Minh Cédrichttps://matheo.uliege.be/handle/2268.2/10138
Audio processingSarti, BernardiniWave Digital Modeling and Simulation of Nonlinear Electromagnetic CircuitsGiampiccolo Riccardohttps://www.politesi.polimi.it/handle/10589/153994
Audio processingSarti, BernardiniAntiderivative Antialiasing in Nonlinear Wave Digital FiltersAlbertini Davidehttps://www.politesi.polimi.it/handle/10589/152934
Audio processingSarti, BernardiniWave Digital Implementation of Nonlinear Audio Circuits based on the Scattering Iterative MethodProverbio Alessandrohttps://www.politesi.polimi.it/handle/10589/152323
Audio processingAntonacciA system for super resolution vibrometric analysis through convolutional neural networksCampagnoli Chiarahttps://www.politesi.polimi.it/handle/10589/152613
Audio processingAntonacciDevelopment of a low-cost platform for acoustic and vibrometric analysis on lutherie products, with a special focus on the estimation of the elastic parameters of the tonewoodVilla Lucahttps://www.politesi.polimi.it/handle/10589/150531
Audio processingBestaginiDNN based post-filtering for quality improvement of AMR-WB decoded speechGupta Kishanhttps://www.politesi.polimi.it/handle/10589/151000
Audio processingSartiStudio sull'implementazione degli algoritmi per il musical instruments ed il sound reinforcement basato su un processore multicoreAretino Michelehttps://www.politesi.polimi.it/handle/10589/139079
Audio processingSarti, BernardiniModeling nonlinear 3-terminal devices in the wave digital domainVergani Alessio Emanuelehttps://www.politesi.polimi.it/handle/10589/133184
ForensicsBestaginiConvolutional and recurrent neural networks for video tampering detection and localizationCannas Edoardo Danielehttps://www.politesi.polimi.it/handle/10589/149900
ForensicsBestaginiA study on Bagging-Voronoi algorithm for tampering localizationCereghetti Corinne Elenahttps://www.politesi.polimi.it/handle/10589/141725
ForensicsBestaginiJPEG-based forensics through convolutional neural networksBonettini Nicolòhttps://www.politesi.polimi.it/handle/10589/133727
ForensicsBestaginiAnalysis of different footprints for JPEG compression detectionChen Kehttps://www.politesi.polimi.it/handle/10589/132721
GeophysicsBestaginiLandmine detection on GPR data employing convolutional autoencoderTesta Giuseppehttps://www.politesi.polimi.it/handle/10589/142106
Image and videoMarcon, ParacchiniA novel tomographic approach for an early detection of multiple myeloma progressionAndrea Leggio
Image and videoMarcon, ParacchiniLimited angle computed tomography reconstruction with deep learning enhancementErbol Kasenov, Girolamo Gerace
Image and videoMarconUpper body postural assessment for common dentistry visual aidsTrotta Emiliohttps://www.politesi.polimi.it/handle/10589/145563
Image and videoTubaroReal-time tracking of electrode during deep-brain surgeryDilauro Valeriohttps://www.politesi.polimi.it/handle/10589/144685
Image and videoMarconAnalytical estimation of the error on the radius of industrial pipesLazzarin Sarahttps://www.politesi.polimi.it/handle/10589/144394
Image and videoMarcon3D reconstruction from stereo video acquired from odontoiatric microscopeSpatafora Leonardohttps://www.politesi.polimi.it/handle/10589/143780
Image and videoMarconDenoising and classification of hyperspectral X-ray images for food quality assessmentRe Marcohttps://www.politesi.polimi.it/handle/10589/142922
Image and videoMarconA computer vision approach for assessment of dental bracket removalBehnami Arezoohttps://www.politesi.polimi.it/handle/10589/142362
Image and videoMarconSistema per il rilevamento automatico di contaminanti alimentari basato su immagini iperspettraliRamoni Francescohttps://www.politesi.polimi.it/handle/10589/135891
Image and videoMarconPostural assessment in dentistry by computer visionPignatelli Nicolahttps://www.politesi.polimi.it/handle/10589/135030
Multimedia forensicsBestagini, MandelliA Multi-Modal Approach to Forensic Audio-Visual Device IdentificationDavide Dal Cortivohttps://www.politesi.polimi.it/handle/10589/175593
Music informaticsSarti, Bernardini, Borrelli, MezzaEstimating Harmonic Complexity of Chord Sequences using Transformer NetworksCecilia Morato
Music informaticsZanoni, ComanducciModeling Harmonic Complexity in Automatic Music Generation using Conditional Variational AutoencodersDavide Gioiosa
Music informaticsSarti, Borrelli, ComanducciCellular music : a novel music-generation platform based on an evolutionary paradigmMatteo Manzolinihttps://www.politesi.polimi.it/handle/10589/167291
Music informaticsSarti, BorrelliMusic emotion detection. A framework based on electrodermal activities.Gioele Pozzihttps://www.politesi.polimi.it/handle/10589/152931
Music informaticsSarti, ComanducciTechniques for mitigating the impact of latency in
Networked Music Performance (NMP) through adaptive metronomes
Battello Riccardohttps://www.politesi.polimi.it/handle/10589/152923
Music information retrievalSartiMusical instrument recognition: a transfer learning approachMolgora Andreahttps://www.politesi.polimi.it/handle/10589/147383
Music information retrievalSartiUnsupervised domain adaptation for deep learning based acoustic scene classificationMezza Alessandro Ilichttps://www.politesi.polimi.it/handle/10589/145573
Music information retrievalAntonacciAn investigation of piano transcription algorithm for jazz musicMarzorati Giorgiohttps://www.politesi.polimi.it/handle/10589/144745
Music information retrievalSartiAutomatic playlist generation using recurrent neural networkIrene Rosilde Tatianahttps://www.politesi.polimi.it/handle/10589/142101
Music information retrievalSartiA personalized metric for music similarity using Siamese deep neural networksSala Federicohttps://www.politesi.polimi.it/handle/10589/139078
Music information retrievalSartiLearning a personalized similarity metric for musical contentCarloni Lucahttps://www.politesi.polimi.it/handle/10589/139076
Music information retrievalSartiBeat tracking using recurrent neural network : a transfer learning approachFiocchi Davidehttps://www.politesi.polimi.it/handle/10589/139073
Music information retrievalSartiPython-based framework for managing a base of complex data for music information retrievalAvocone Giuseppehttps://www.politesi.polimi.it/handle/10589/138449
Music information retrievalSartiIndividual semantic modeling for music information retrievalAnsidei Pietrohttps://www.politesi.polimi.it/handle/10589/137160
Music information retrievalSartiChord sequences : evaluating the effect of complexity on preferenceFoscarin Francescohttps://www.politesi.polimi.it/handle/10589/136448
Music information retrievalSartiAudio features compensation based on coding bitrateTavella Maria Stellahttps://www.politesi.polimi.it/handle/10589/134607
Musical AcousticsAntonacciModal analysis and optimization of the top plate of string instruments through a parametric control of their shapeSalvi Davidehttps://www.politesi.polimi.it/handle/10589/166557
Musical AcousticsAntonacci, Pezzoli, Malvermi An approach for Near-field Acoustic Holography based on Convolutional AutoencodersOlivieri Marcohttps://www.politesi.polimi.it/handle/10589/167039
Space-time audioAntonacci, BorraA parametric approach to virtual miking with distributed microphone arraysMarco Langè
Space-time audioAntonacci, Pezzoli, Borra, BernardiniA Deep Prior Approach to Room Impulse Response InterpolationDavide Perinihttps://www.politesi.polimi.it/handle/10589/175583
Space-time audioAntonacci, ComanducciInterpreting Deep Neural Networks Models for Acoustic Source Localization using Layer-wise Relevance PropagationAlessandro Montalihttps://www.politesi.polimi.it/handle/10589/169239
Space-time audioAntonacci, Borra, BernardiniAnalysis of Uniform Linear Arrays of Differential MicrophonesBertuletti Ivanhttps://www.politesi.polimi.it/handle/10589/154604
Space-time audioSartiA geometrical method of 3D sound spatialization for virtual reality applicationsIamele Jacopohttps://www.politesi.polimi.it/handle/10589/143770
Space-time audioAntonacciConvolutional neural networks applied to space-time audio processing applicationsComanducci Lucahttps://www.politesi.polimi.it/handle/10589/139077
Space-time audioCancliniDenoising in the spherical harmonic domain of sound scenes acquired by compact arraysBorrelli Clarahttps://www.politesi.polimi.it/handle/10589/139075
Space-time audioAntonacciSimulazione di sistemi complessi. Case study : l'altoparlante a trombaMoscara Francescohttps://www.politesi.polimi.it/handle/10589/139074
Space-time audioSarti, BernardiniSteerable differential microphone arraysLovatello Jacopohttps://www.politesi.polimi.it/handle/10589/139072
Space-time audioAntonacciA plenacoustic approach to sound scene manipulationPicetti Francescohttps://www.politesi.polimi.it/handle/10589/138430
Space-time audioAntonacciReconstruction of the soundfield in arbitrary locations using the distributed ray space transformPezzoli Mircohttps://www.politesi.polimi.it/handle/10589/136447
Space-time audioSartiA method for HRTF personalization : weighted sparse representation synthesis of HRTFsZhu Mohttps://www.politesi.polimi.it/handle/10589/135952
Space-time audioAntonacciRobust parametric spatial audio processing using beamforming techniquesMilano Guendalinahttps://www.politesi.polimi.it/handle/10589/134609
Space-time audioAntonacciEstimation of singing voice quality through microphone in air and contact microphoneLandini Robertahttps://www.politesi.polimi.it/handle/10589/134604
Musical AcousticsAntonacci, MalvermiMechanical parameter estimation for vibrometric analysis and development of a low-cost platform for violin makingFederico Simeonhttps://www.politesi.polimi.it/handle/10589/170995