BDALab is a research group from Brno University of Technology that is focused on development of objective and non-invasive brain diseases analysis methods.
Using the state-of-the-art techniques of biomedical signal processing, machine learning and statistical analysis we provide neurologists, psychologists and clinical speech therapists with tools for diagnosis and monitoring of different brain diseases. We are working in Health 4.0 concept.
We offer a design and implementation of software that can objectively analyse different modalities such as speech, handwriting, postural stability, and brain activity. All solutions provided by BDALab are individualized depending on customer’s requirements.
Collaborating with BDALab is extremely fruitful with regard to publications and grants and moreover a great pleasure and fun for all of us. The BDALab team consists of very enthusiastic, hard-working, friendly and talented people with a high knowledge and expertise in signal processing, statistical data analysis and also in manuscript writing.prof. MD Irena Rektorova, Ph.D. | CEITEC
We started to cooperate with BDALab in 2009 and since that time we have done a great research in the fields of Parkinsonic dysgraphia, dysphagia, hypokinetic dysarthria, and postural stability analysis.prof. Marcos Faundez-Zanuy, Ph.D. | TecnoCampus Mataró
Doing collaborative research with the BDALab staff is both intriguing and challenging and often requires learning a new language, which is very different from that of the clinical world. Consequently, research results are unique and innovative and enable detection of human behavior by objective measures.prof. Sara Rosenblum, Ph.D. | University of Haifa
The Parkinson's Disease Handwriting Database (PaHaW) consists of multiple handwriting samples from 37 parkinsonian patients (19 men/18 women) and 38 gender and age matched controls (20 men/18 women). The database was acquired in cooperation with the Movement Disorders Center at the First Department of Neurology, Masaryk University and St. Anne's University Hospital in Brno, Czech Republic.
Each subject was asked to complete a handwriting task according to the prepared filled template at a comfortable speed. The completed task sheet is depicted on the right. The completed template was shown to the subjects; no restrictions about the number of repetitions of syllables/words in tasks or their height were given.
A tablet was overlaid with a empty paper template (containing only printed lines and square box specifying area for Archimedean spiral), and a conventional ink pen was held in a normal fashion, allowing for immediate full visual feedback. The signals were recorded using the Intuos 4M (Wacom technology) digitizing tablet with 150 Hz sampling frequency.
Digitized signals were acquired during the movements executed while exerting pressure on the writing surface and during the movement above the writing surface. We denote these signals as on-surface movement and in-air movement, respectively. The perpendicular pressure exerted on the tablet surface was also recorded. The recordings started when the pen touched the surface of the digitizer and finished when the task was completed. the tablet captured the following dynamic features (time-sequences): x-coordinate; y-coordinate; time stamp; button status; pressure; tilt; and elevation. Button status is a binary variable, being 0 for pen-up state (in-air movement) and 1 for pen-down state (on-surface movement).
Please fill in a license agreement that can be downloaded in DOCX or PDF and send it to firstname.lastname@example.org with CC to email@example.com and firstname.lastname@example.org. You will consequently get an access to the database.