Multimedia Systems Department participates in many research projects, both
European projects and the ones funded by Polish Ministry of Science and
Education and other Polish institutions.
Polish projects - ongoing
ADMEDVOICE - Adaptive intelligent speech processing system of
medical personnel with the structuring of test results and support of therapeutic
The project aims to develop and implement a solution by means of which
physicians will be able to voice-recall available diagnostic test results and
clinical parameters of patients, fill in disease charts during medical history
taking, create radiological descriptions, and prescribe treatment as required.
The system to be developed will automatically generate templates for their
completion, including medical history, radiology image descriptions, which
will be editable by voice, and will also enable dictation of referrals for
additional tests, prescriptions, and sick leave. The cloud-based speech
recognition system will be built on the basis of the developed corpus of
Polish speech extended by the dictionary of medical terms and trade names of
medicines, intended to be used primarily by doctors of various specializations,
including radiologists, surgeons, doctors working in hospital emergency wards,
specialists giving medical advice. The variant of the solution extended with
two-way communication, based both on speech recognition and speech synthesis,
will be used when a doctor cannot operate a text editor manually. It is
assumed that the corpus of recordings will be based on recordings of
articulated speech in typical acoustic conditions of doctors' offices and also
in surgical masks, in operating theatres and also in conditions that make
effective speech recognition difficult, i.e. in the presence of reverberation,
interference and simultaneous speech. In particular, to use the system in
operating theatres and clinical emergency departments, the constructed
hardware solution for speech signal acquisition will be used. An additional
application of the system will be to search medical databases and
repositories. Hence the repositories will be supplemented with the names of
medical conditions and some drug components as well as trade names of popular
medical products. Special attention will be paid to training the system for
recognition of associated sets of words, elimination of repetitive erroneous
terms, dictation of dimensions of radiological lesions, voice correction of
entries in referenced templates, ability to read entries using synthetic
speech, starting from highlighted cursor positions and replacement of existing
fragments with new ones dictated by voice.
European projects - completed
(COgnitive & Perceptive CAMeraS) - ARTEMIS project funded under grant agreement No. 332913 (2013-2016). The project
consortium consists of 21 partners from seven European countries. COPCAMS leverages recent advances in embedded
computing platforms to develop large-scale, integrated vision systems. It aims to exploit new programmable accelerators,
particularly many-cores, to power a new generation of greener, low-power smart cameras and gateways. This will be
possible owing to a paradigm change: whereas previous generation of systems had simple cameras connected to powerful
centralised computing servers through high-bandwidth networking, the COCPAMS vision is to push low-power,
high-performance computing on the edge of the system and in the distributed aggregators. These “smart cameras” and
“smart aggregators” will process video streams, extract significant semantic information and decide locally whether or
not the streams’ content is of interest and is worth propagating. The decentralised, distributed decision-making will
save both energy and bandwidth, while opening up opportunities for new distributed applications.
ADDPRIV (Automatic Data relevancy Discrimination for a PRIVacy-sensitive video surveillance) – the project
seeks to improve public safety by ensuring the individuals' privacy right, enriching the current video surveillance
systems through an automatic discrimination of relevant data recorded. The project addresses the challenge of
determining through an automatic, accurate and reliable manner which information obtained from a distributed system of
surveillance cameras is relevant from the security perspective and which is not, and can be safely deleted. This will
limit unnecessary data storage and will protect the citizens’ privacy right. ADDPRIV proposes novel knowledge and
developments to limit the storage of unnecessary data throughout existing multicamera networks in order for them to
better comply with citizen's privacy rights. ADDPRIV addresses the challenge of determining in a precise and reliable
manner private data captured by video surveillance systems that are not relevant from a security perspective. ADDPRIV
proposes solutions for automatic discrimination of relevant data recorded on a multicamera network, related to an
individual whose suspicious behavior triggered an alert. Relevant data not only corresponds to video scenes capturing
individuals' suspicious behavior (smart video surveillance), but also automatically extracting images on these
individuals recorded before and after the suspicious event and across the surveillance network.
an integrated high-budgeted European project from the domain of telemedicine,
coordinated by Siemens. The Multimedia Systems Department is responsible for
developing teleinformatic equipment designed for the remote monitoring of the
patients that suffer from neurodegenerative diseases (mainly Parkinson).
continuation and extension of the SECURITY project. The project is a
Europe-wide venture, which will be realized in cooperation of Polish, German
and European Police, and many prominent Polish and European technical
universities. The Gdansk University of Technology is the initiator and main
contributor to the project. The project was approved by the European
Commission, who is its founder, in September 2007, and has the budget of
several million Euro. SECURITY is the first integrated European project from
the domain of security technologies, prepared an coordinated in Poland.
- Preservation towards storage and access, Standardised Practices for Audiovisual Contents in Europe (FP6-IST-707336)
An integrated project of the 6. Framework Program realized in
cooperation with such corporations as BBC or RAI. The Gdansk University of
Technology was responsible for developing tools for the reconstruction of
archive materials (old recordings and films). European archives repositories
store nearly 200 millions of audio-visual material, part of which could be
prevented from further depreciation through the use of these tools.
DESYME - Development System for Mobile Services, European CELTIC project.
An international project completed in 2007, that enables a self-reliant design
and programming of various cellular phone services (formerly exclusively
reserved for cellular-phone network operators).
Polish Projects - completed
INFOLIGHT - Cloud-based lighting system for smart cities.
Project founded by The National Centre for Research and Development, POIR.04.01.04-00-0075/19,
realized in 2020-2023.
The aim of the project is a definition of novel multimodal system for
intelligent lamps, providing functions of Internet of Things, integrated with
a cloud computing service. The system will be proposed, built and evaluated.
Optimal methods of environmental data acquisition from sensors and monitoring
cameras will be developed and evaluated. Cloud and fog computing technologies
will be applied for efficient data postprocessing, fusion and decision making.
As a result the lighting conditions will be continuously monitored, and light
emitting elements (LEDs, mirrors, lenses) optimally adjusted to provide
required light temperature, intensity, directional characteristics. Project
partners will build and examine hardware and communication layers, and
Politechnika Gdanska will focus on data analysis layer: acquisition,
pre-processing, synchronization, computations in cloud and fog architectures,
decision making. PG will as well conduct a research on influence of light
parameters on human. That will include ability of a driver to recognise
objects on the road, reflex and reactions, well-being, and circadian rhythm.
Algorithms of data processing and inference will form a set of basic services,
combined into complex services by defining decision rules. All functions will
be provided to an end user as a service: predefined applications and building
blocks to facilitate creation of own solutions for smart city. Integration
with external data sources is planned, including infrastructure of smart city
and connected cars by a V2X (vehicle-to-everything) protocol. As a side result,
the PG team will increase its competence in key technologies such as Internet
of Things, programming of distributed applications, data analysis, fusion, and
BIOPUAP - A cloud-based biometric authentication system.
Project No. POIR.01.01.01-0092/19, realized 2020-01-10 - 2022-06-30.
The main objective of the project is to enable PKO BP customers to use
multi-modal biometric authentication in the Bank's branches, as well as in
mobile channels. As a result of the project, solutions will be created that
will allow the customer to leave his biometric samples at the Bank's
stationary branch or mobile channel. This gives the opportunity to verify the
identity of the customer without having any doc-uments with him. The
implementation of the project will directly affect the strength-ening of the
identity authentication process for operations carried out by the Bank's
customers and employees. As a consequence, the security of banking services as
well as social services provided via the Trusted Profile will be improved. The
project will be implemented in four research stages - two stages are planned
as industrial research and the next two as development works.
INZNAK - Intelligent Road Signs with V2X
Interface for Adaptive Traffic Controlling.
The objective of the project is to develop a conceptual
design and research tests of a new kind of intelligent road signs which will
enable the prevention of the most common collisions on highways, resulting
from the rapid stacking of vehicles resulting from accidental heavy braking.
A range of products will be developed, including intelligent road signs:
standing, hanging and mobile ones, displaying dynamically updated driving
speed limit, determined automatically, by embedded electronic module,
enabling multimodal measurement of traffic conditions (video, sound, and
analysis of meteorological conditions). The intelligent road sign will
communicate the speed calculated in relation to the information received
from a row of similar signs placed along a stretch of highway that will
communicate with each other via a wireless network remaining optionally
adjustable remotely. Its development requires addressing a number of issues
of research and technology, such as: effective, and independent of weather
conditions, traffic estimation made on the basis of the simultaneous
analysis of several types of data representation, the method of calculating
the velocity gradient for various traffic situations considering the road
topology, creating a platform for self-organizing and reliable wireless
connection and performing scheduled on an adequate scale tests of
prototypes. The planned implementation will lead to the development of
products that increase road safety for which there exists worldwide market
demand. The solution also fits into, in an original way, in the rapidly
growing trend of development of communication of cars with the road
infrastructure, enabling an access to digital road infrastructure for all
Multimodal, biometric system for verification of bank client identity. The aim of the project is to develop a technology
for automatic identity verification, resulting in high accuracy of the verification and increased efficiency of client
verification systems. The project assumes developing a multimodal system, consisting of the hardware layer and a
specialized software for data acquisition from various sensors, data processing and fusion, leading to a reliable
verification of a bank client. The developed technology will be validated on a group of 10 000 persons.
methods of human-machine interaction for diagnosis and stimulation of patients with severe brain damages. The project
aims to develop an integrated multimodal system for stimulation of patients with brain damage, and for recording ABR,
EEG and ERP signals, as well as gaze tracking. A validated procedure for diagnosis and polysensorial cognitive therapy
will be developed, constituting an efficient and widely available approach to diagnosis and rehabilitation of patients
who are unable to communicate, mainly those in coma. Six specialized medical centers will take part in evaluation of the
the main aim of the project is to develop an intelligent system for determining the optimal traffic speed limits. A set
of tools will be developed for providing guidelines on the allowed traffic speed depending on various conditions.
Detailed recommendations concerning criteria and procedures of setting traffic speed limits will also be created. An
additional aim is to create Dynamic Maps showing the current state of roads, including the traffic density and the
determined speed limits.
the project aims to develop a methodology of an automatic phonetic transcription of English speech, based on the
analysis of audio and video. Relationships between the allophonic differentiation in speech and the objective signal
parameters, will be researched. The project assumes that a method for detection of small differences in the allophones
and accent, will be developed. The automated phonetic transcription method will be used in many solutions, including
English language learning (especially in the remote learning), phonetic and phonologic research (language corpora
processing), automatic accent recognition, etc.
a project realized by the Audio Acoustics Laboratory, Multimedia Systems Department and Intel Technologies Poland. The
project aims to enhance the audio and audiovisual communication with mobile computers. The experiments are aimed at
improving the parameters of the audio system on mobile computers and human-machine interfaces. The two main topics are:
Smart Sound technology and audiovisual speech recognition.
a system for spatial recognition of gestures with a feedback. A project realized by the Multimedia Systems Department and
Samsung Electronics Poland, co-funded by the National Center for Research and Development (NCBR) as a part of the
In-Tech program INNOTECH (INNOTECH-K1_IN1_41_159382_NCBR_12).
MULTIMODAL - A new range of computer multimodal interfaces and their implementation in education and medicine (6 ZR9 2007 C/06828).
The aim of the project is to elaborate and implement
novel methods of man-computer communication, interacting with a user through
other means than a traditional mouse and keyboard. The
computer will be able to contact with the user in several ways - through
tracking eye movement and visual attention, through an "intelligent ball
pen" in the cases were dyslexia therapy is necessary, or through tracking
lips movement as a help for people with paralyzed hands.
MAYDAY EURO 2012 -
Supercomputing Contextual Analysis Platform Multimedia Data Stream for Identification of Objects, or Hazardous Specified
Events. A structural type of project under the Operational Programme Innovative Economy 2007-2013 Priority 2,
Infrastructure R & D, Measure 2.3. Investments related to the development of infrastructure of science, Sub-measure
2.3.3. Projects in the development of advanced communication services and applications. Main tasks: construction of the
platform CASCADE (Streams Thread for analysis of data from cameras for Applications-defining alarms) with fiber-optic
network connections from specific locations in the Tri-city; development of algorithms and analysis services for
multimedia streams necessary for the development of three pilot applications: (1) protection of intellectual property,
(2) supporting medical research, (3) identification of persons and events; development of repository services for the
construction of further applications, and the assessment of those, both qualitative and utilitarian.
KASKADA platform fome page.
SYNAT (System for Science and Technics) –
a research task realized in 2010-2013 by a network of 16 Polish scientific institutions. The aim of the project was
development of a hosting and communication platform for digitized knowledge, utilized by researchers, scientific
institutions, students, etc. The project was founded by the National Center for Science and Research (NCBR),
SP/I/1/77065/10. Multimedia Systems Department realized three tasks: Semantic methods of data searching in large
collections of text documents; Methodology of integration of heterogeneous knowledge sources; Subsystems for the
analysis of multimedia repositories, archiving and searching for multimedia data.
SECURITY - Multimedia system assisting in identification and prevention of delinquency, including violence in schools) and terrorism (R00-O0005/3).
The project is supported by the Polish Internal Security Platform. Its results
will allow to monitor the degree of security in stadiums, schools and other
places threatened with acts of terror. The idea of the project is to design
and develop teleinformatic tools that would supplement the functions of
already existing audio and video monitoring systems. The extension will be a
function of automatic image and sound interpretation, which will let computer
systems automatically discover potential threats and generate alerts to
appropriate services responsible for public order and security.
NOISE - Methods for monitoring of urban aglomerations using modern information technology solutions and geoinformation technologies (R02 010 01)
The project's aim is to elaborate teleinformatic tools capable of monitoring
noise and road traffic in agglomerations. The concept of this project was used
by the City Council of Gdansk. Independently, the Gdansk University of
Technology signed a license agreement with DGT company concerning the
implementation of intelligent wireless monitoring stations in other cities.
APARATY_SŁUCHOWE (HEARING_AIDS) - New Methods of Signal Processing for Hearing Aids Applications (3 T11E02829)
A project dedicated to special non-invasive hearing aids, especially for newborn babies.
LARYNX - New Electronic Device for Patients after Laryngectomy.
An original concept of the artificial larynx for persons after laryngectomy,
i.e. after the larynx amputation. A digital larynx and a miniaturized
synthesizer was designed and produced in cooperation with "Intech",
a company from Gdansk. The project was subsidized by a dedicated grant from
the Chief Technical Organization Federation of Scientific and Technical
Associations. Now, "Intech" starts serial production of the larynx
prosthesis licensed by the Gdansk University of Technology.
CEMET - Centre of Medical Technologies (FP5 Excellence Center)
International Center of Hearing and Speech, PROKSIM, Warsaw-Gdańsk (Excellence Center)
Dithering Strategy Applied to Tinnitus Masking (project co-founded by the Institute of Physiology of Hearing)
VoIP - Hybrid Speech Codec for VoIP Telephony Employing Combined Source and Perceptual Coding (No. 3 T11D 004 28).
A project dedicated to the invention and development of more effective speech
coders intended for the Internet telephony.
SDSA - Engineering and introduction to clinical tests prototype series of digital speech prosthesis basing on spectral modification of signals in the auditory feedback loop
- a project, whose aim was to miniaturize the speech prosthesis (once invented and developed
in the Gdansk University of Technology) dedicated for stuttering persons.
INFOPILOT - Air force digital system for the recording and the restoration of speech (148346/C-T00/2002).
A system that records speech, improves its quality and realizes
transmission between ground stations and military aircraft pilots. Implemented
in 2005 in a Polish military pilots training school of Deblin.
Expert System for Automatic Classification of Singing Voices (3 T11F 023 30)
New Methods for Forming and Ranking Musical Rhythm Hypotheses in Musical Excerpts (3 T11F02729)
Development and Implementation of the Universal System for the Diagnosis of
Environmental Noise (internal University grant)
Rozwój koncepcji i zastosowań inteligentnych technik multimedialnych - w ramach Subsydium dla Uczonych Fundacji na rzecz Nauki Polskiej
Development and implementation of the Universal System for the Diagnosis of Environmental Noise (internal University grant)
4T11D01422 - New methods for searching and discovering multimedia content in telecommunication networks
7T11E05220 - Method for the assessment of cochlear implants efficiency
8T11D00218 - Methods of sound processing for the purpose of multichannel multimedia transmission
8T11D02819 - Perceptual coding of audio employing intelligent decision algorithms
8T11E03415 - New algorithms of digital hearing aids and methods for hearing aid fitting
8T11D02112 - New methods of intelligent filtration and coding of audio
8T11E03310 - New methods for the diagnosis and therapy of hearing impairments employing digital signal processing technology
4PO5D01609 - Correcting of speech impairments basing on signal modification in the auditory feedback loop
8T11C02808 - Applications of artificial intelligence methods to data analysis and processing in acoustics
7TO7B02009 - New methods of digital sound synthesis
8S50302106 - Rough sets applications
8T11D00208 - Development of methods for digital restoration and processing of audio signals
8S50401005 - Digital restoration and processing of audio signals
883169203 - Computer speech recognition system