The Multimedia and Acoustics Applications research group (GAMMA) is a part of the Software Technologies and Multimedia Systems for Sustainability Research Group (CITSEM). Its members are inter-disciplinary, with 9 professors (8 doctorates) specialising in a variety of fields, such as signal processing, acoustics, company management and linguistics applied to science and technology. It also has several researchers under contract and numerous students carrying out theses, collaboration grants, external internships, and end of masters and end of degree projects. Professor Doctor Víctor José Osma Ruiz is the director.
Site card
Multimedia and Acoustics Applications (GAMMA)
GAMMA
Structure: Research Groups
Manager: VICTOR JOSE OSMA RUIZ
Phone number: +34 9106 78760 / 78751
Website: citsem.upm.es
Email: Address: Campus Sur UPM. Edificio La Arboleda Calle Alan Turing 3 28031 Madrid Áreas: Health and Wellbeing
Digital Technologies, Artificial Intelligence, Cybersecurity, 5G, Robotics
ODS: Good Health and Well-Being
Quality Education
Email: Address: Campus Sur UPM. Edificio La Arboleda Calle Alan Turing 3 28031 Madrid Áreas: Health and Wellbeing
Digital Technologies, Artificial Intelligence, Cybersecurity, 5G, Robotics
ODS: Good Health and Well-Being
Quality Education
Our lines of research currently focus on the following:
- Gamification: design and development of serious games for use in educational and therapeutical environments.
- Smart natural interfaces for people with physical disabilities ( https://naturalinterfaces.etsist.upm.es/ ): improvement to the feeling of immersion in serious video games. Designing applications that adapt to patients in real time to optimise the exercises' effectiveness.
- Medical image processing: segmentation and classification of anatomical structures with advanced digital image processing methods.
- Virtual acoustics: recreation of acoustic environments by calculating the acoustic impulse response of the venue.
- Psychoacoustics: spatial localisation of sound sources. Simulation of the auditory system from the point of view of spatial perception.
- Voice signal processing: voice recognition, synthesis and analysis for medical applications.
- Knowledge management: knowledge management techniques, tools and modelling for skills development in organisations.
- Innovation in the English teaching/learning process.
- Gamification
- Knowledge management and organisational learning
- Medical image processing
- Psychoacoustic and virtual acoustic processing
- Voice signal processing
- Project Blexer (Blender Exergames) ¿ Therapeutic internet platform offering remote configuration of various video games based on body exercises, aimed at people with a physical disability. In development.
- Planeta de Amalia Project ¿ Modular video game for auditive therapies for children with CAPD (Central Auditory Processing Disorder). Registered (2019).
- Virtual Reality and Augmented Reality as gamified therapeutic tools to treat ASD (Autism Spectrum Disorder). In an advanced state of development
- Acoustic modelling of Santiago de Compostela Cathedral. In development.
- Snappy ¿ Serious platform-based, graphic adventure game facilitating learning English in primary school.
- Registered software: Smiling Kingdom (2019). Serious game for orofacial rehabilitation of children with cerebral palsy. Currently in use.
- Registered software: MedivozCaptura (2007). Support system for medical diagnosis of voice disorders. In use for more than a decade, up to the end of 2017.
- Registered software relating to project Blexer: Blexer-med ¿ Blender Exergames medical platform (2019), K2UAKinecttoUnityAsset (2019), K2UM Kinect to Unity Middleware (2018), Phiby's Adventures Unity 3D Demo (2018), Phiby's Adventures v1 (2018), CHIRO (2018).
- Registered software: EntrenaVox (2011). A set of serious games to facilitate speech rehabilitation.
- Design and development of multimedia applications with the possibility of processing any kind of signal, including images.
- Design and development of applications based on Virtual or Augmented Reality.
- Design and development of virtual Serious Games in Unity3D for therapeutic, learning or diagnostic purposes. Experience with movement capture for games based on customisable physical exercises, depending on need, particular for people with a disability.
- Acoustic modelling of any kind of environment.
- Training courses on various aspects relating to the group's lines of research. In this respect, we already have specific courses designed to clean and authenticate digital audio.
Showing all 8 results
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Software description 1.4 Summary of the application. The main purpose of the EntrenaVox application is to assess, rehabilitate and work on voice aesthetics. This gives…
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Software description A serious video game for doing physical physiotherapy exercises for people with motor functional diversity. The aim of the game is to take…
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Software description The program is a demo for the use of K2UM (Kinect to Unity Middleware) and the Unity 3D K2UA Unity asset (Kinect to…
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Software description The program is imported from Unity 3D software to access data sent to a computer port. These data contain the movements of a…
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Software description The program is an intermediary between the Microsoft Kinect V2 motion capture camera and a video game made using Unity 3D animation software.…
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Software description The web platform and database are part of the Blexer project (Blender Exergames), a system therapeutic video games that are played with movements…
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Software description The main aim of QuimoVox is to help medical professionals to detect and diagnose diseases and dysfunctions in the vocal chords using graphic…
