Aalto Acoustics Lab

Master's Theses in Acoustics and Audio Technology

Five professors are supervising Master's thesis works in acoustics and audio technology at Aalto University: Tom Bäckström, Tapio Lokki, Ville Pulkki, Lauri Savioja, and Vesa Välimäki. The following list contains all these Master's theses since the year 2010. The full-text is available online for most of them.
  1. Meghna Ranjit, Efficient application of perceptual models in speech and audio coding, 2020

  2. Aki Kivivirta, Implementation of an active noise control system, 2020

  3. Aleksi Peussa, State-space virtual analogue modelling of audio circuits, 2020

  4. Lauri Vapalahti, Audio equalization based on personal hearing data, 2020

  5. Jon Fagerström, Improving artificial room reverberation using velvet noise, 2020

  6. Juha Kallas, Indoor sound environment mapping, 2020

  7. Olli Kantamaa, Improving two-way loudspeaker directivity, 2020

  8. Lauri Saikkonen, Structural analysis of recorded music, 2019

  9. Lauros Pajunen, Effects of a rigid spherical scatterer in spatial audio reproduction fields, 2019

  10. Abraham Martinez Ornelas, Implementation of an autonomous impulse response measurement system, 2019

  11. Micah Hakala, Synthesis of spatially extended sources in virtual reality audio, 2019

  12. Laura McLeod, A study of the changes in musical dynamics in concert hall acoustics as measured by perceptual changes in loudness and envelopment, 2019

  13. Pekka Rönkkö, Measuring acoustic intensity field in upscaled physical model of ear, 2019

  14. Eero Lehtimäki, The effect of concert hall acoustics on the work of a conductor, 2019

  15. Johannes Rautakoski, Kannettavan Bluetooth-kaiuttimen suunnittelu ja toteutus, 2019

  16. Lauri Aleksi Myöhänen, Active occlusion cancellation for hear-through headphones, 2019

  17. Antti Hepo-oja, Measurement of sound spectra of cabinet-built frequency converters, 2019

  18. Mats Heikkinen, Raideliikenteen aiheuttama rakenteiden värähtely, 2019

  19. Joonas Tuovinen, Signal processing in a semi-automatic piano tuning system, 2019

  20. Rajamanickam Radhakrishnan, Differences between low cost and high cost loudspeaker drivers, 2019

  21. Aleksi Öyry, Transmission of piezoelectrically induced sound in a liquid filled tube, 2019

  22. Zhicun Xu, Audio event classification using deep learning methods, 2018

  23. Leo McCormack, Real-time microphone array processing for sound-field analysis and perceptually motivated reproduction, 2018

  24. Ricardo Falcon Perez, Machine-learning-based estimation of room acoustic parameters, 2018

  25. Kai Kuosmanen, Efficient implementation of natural hear-through algorithm for wireless earphones, 2018

  26. Ville Kontinen, A mobile real-time auralization system using a head tracking sensor, 2018

  27. Ville Koskela, Passiiviset ja aktiiviset menetelmät kotiteatterihuoneiden pientaajuusvasteen hallintaan, 2018

  28. Craig Rollo, Black-box modelling of nonlinear audio circuits, 2018

  29. Eero-Pekka Damskägg, Time-scale modification of audio and speech signals, 2018

  30. Janani Fernandez, Localisation of virtual sound sources by bilateral cochlear implant users, 2018

  31. Jonny Wikström, Improved sound sampling, 2017

  32. Jose Cucharero Moya, Sound absorption in porous materials, 2017

  33. Pablo Perez Zarazaga, Frequency domain methods for coding the linear predictive residual of speech signals, 2017

  34. Roope Kiiski, Acoustic multi-microphone beamforming in a practical form factor, 2017
  35. Joni Kemppainen, Akustisten olosuhteiden kustannusvaikutukset, 2017

  36. Kari Jääski, Otoacoustic emission measurement system, 2017

  37. Mika Iivonen, Headphone-type influence on binaural reproduction, 2017

  38. Minna Santaholma, Acoustics in communal libraries: Common problems and their solutions, 2016

  39. Jussi Nieminen, Distributed digital signal processing system using single board computers, 2016

  40. Otto Puomio, Konserttisaliakustiikan ja musiikin vaikuttavuuden tutkimus lämpökameralla, 2016

  41. Nina Lehtinen, Development of high-quality head-tracked 3D processing platform for mobile augmented reality audio studies, 2016

  42. Jaakko Siiskonen, Graphic equalization using frequency-warped digital filters, 2016

  43. Eugen Azcoaga, Automatic vocal ensemble intonation analysis, 2016

  44. Hannu Järvinen, Low-frequency group delay in a vented-box loudspeaker, 2016

  45. Etienne Thuillier, Real-time polyphonic octave doubling for the guitar, 2016 

  46. Juho Liski, Adaptive hear-through headset, 2016

  47. Olli Fredrikson, Correlation between brain responses and perception of interaural time difference, 2016

  48. Tuomas Pärnänen, Kevyen kaksoisrakenneseinän teräsrangan dynaamisen jäykkyyden mittaaminen ja ääneneristävyys, 2016

  49. Oliver Merilaid, Real-time implementation of non-linear signal-dependent acoustic beamforming, 2016

  50. Lauri Hopeakivi, Rautatieasemien kuulutusjärjestelmien puheen ymmärrettävyyden kehittäminen, 2016

  51. Frida Vikström, Sound quality in Finnish Lutheran churches, 2016

  52. Jarkko Lamminsalo, Noise detection thresholds after exposure to pulse-train sounds, 2016

  53. Ilkka Rekola, Melua vaimentavien päällysteiden vaikutukset taajamassa, 2015

  54. Leevi Toratti, Evaluation of line arrays in courtroom audio systems, 2015

  55. Vesa Heiskanen, Developing an ellipsoidal reflector for measuring otoacoustic emissions, 2015

  56. Miro Aalto, Application of weather data in the abatement of impulse noise, 2015

  57. Anttoni Kananen, Parvekelasien ja lasitetun kaiteen ilmaääneneristävyyden mitoittaminen tieliikennemelualueelle laboratoriomittausten perusteella, 2015

  58. Henri Pöntynen, Auditory localization under conflicting dynamic and spectral cues, 2015

  59. Juhani Paasonen, Implementation of virtual reality demonstrations with time-frequency-domain audio engine, 2015

  60. Toni Meriläinen, Vedenalaisten melumittausten suorittaminen, 2015

  61. Perttu Laukkanen, Evaluation of studio control room acoustics with spatial impulse responses and auralization, 2014

  62. Thomas Svedström, Aural multitasking in personal media devices, 2014

  63. Olli Kontkanen, Ympäristömelulle altistuvien ihmisten määrän arviointitarkkuuden parantaminen, 2014

  64. Mika Sundvall, Opus audio codec in mobile networks, 2014

  65. Jaakko Pero, Reaaliaikaisten audio-ohjelmointirajapintojen vertailu, 2014

  66. Ville Mäntyniemi, Sound synthesis in working machine simulators, 2014

  67. Panu Lehto, Signal analysis of wind turbine acoustic noise, 2014

  68. Juho Rinne, Mechanical distorters in musical stringed instruments, 2014

  69. Miikka Valtonen, Acoustic design of a public space using perforated panel resonators, 2014

  70. Pekka Nisu, Improving control room acoustics with membrane resonators, 2014

  71. Ilkka Huhtakallio, Effects of wind on speech production, transmission and perception, 2014

  72. Veli-Matti Yli-Kätkä, Tuulivoimalamelun mittaus ja mallinnus, 2013

  73. Joni Malén, Analysis of noise emissions of solar inverters, 2013

  74. Jarkko Punnonen, Quality measurement of stereophonic audio captured with mobile devices, 2013

  75. Ville Saari, Implementing a modular architecture for virtual-world directional audio coding, 2013

  76. Kai Jussila, The effects of background noise and test subject on the perceived amount of bass in phase-modified harmonic complex tones, 2013

  77. Henrik Karlsson, Solid voxelization algorithm for acoustic modeling, 2013

  78. Jukka Saarelma, Aaltoyhtälön numeerinen ratkaisija aika-alueen differenssimenetelmällä käyttäen grafiikkaprosessoreja, 2013

  79. Olli Oksa, Palvelinsalien työympäristömelun selvitys, 2012

  80. Henna Tahvanainen, Modelling body vibration and sound radiation of a modified kantele, 2012

  81. Henri Kari, Effects of acoustic treatment on sound environment in public buildings, 2012

  82. Antti Pakarinen, Multi-core platforms for audio and multimedia coding algorithms in telecommunications, 2012

  83. Olli Rummukainen, Audiovisual reproduction in surrounding display: Effect of spatial width of audio and video, 2012

  84. Mikael Ruohonen, Measurement-based automatic parameterization of a virtual acoustic room model, 2012

  85. Teemu Koski, Audiometry using realistic sound scenes reproduced with parametric spatial audio, 2012

  86. Aki Haapaniemi, Simulation of acoustic wall reflections using the finite-difference time-domain method, 2012

  87. Sakari Bergen, Conductor follower - Controlling sample-based synthesis with expressive gestural input, 2012

  88. Antti Kuusinen, Perception of concert hall acoustics - Selection and behaviour of assessors in a descriptive analysis experiment, 2011

  89. Robert Albrecht, Messaging in mobile augmented reality audio, 2011

  90. Joonas Jaatinen, Alternative methods of measuring acoustic absorption, 2011

  91. Matti Pesonen, Sonically augmented table and rhythmic interaction, 2011

  92. Juho Kostiainen, Mobile auditory guidance for public transportation, 2011

  93. Niklas Lindroos, Mobile virtual air guitar, 2011

  94. Javier Gomez Bolanos, Design and implementation of an immersive audiovisual environment, 2011

  95. Tapio Puputti, Real-time implementation of the virtual air slide guitar, 2010

  96. Juha Holm, Applying the finite element method for modelling loudspeaker waveguide directivity, 2010

  97. Tim Wessman, Äänisynteesi www-selaimessa, 2010

  98. Tarmo Simonen, Tietokoneohjelman suunnittelu akustisen mittauksen opetukseen, 2010

  99. Antti Huovilainen, Design of a scalable polyphony-MIDI synthesizer for a low cost DSP, 2010

  100. Oscar Lindfors, Variable acoustics in performance spaces, 2010

  101. Bjarne Beckmann, Studies on parametric reverberation of a concert hall, 2010

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