Discover the brilliant minds shaping the future
Rigorous selection process focusing on signal processing aptitude, biomedical engineering background, and research potential in physiological signal analysis.
Advanced courses in biomedical signal processing, machine learning for healthcare, digital signal processing, and medical instrumentation.
Cutting-edge projects in ECG/EEG analysis, speech processing for medical diagnosis, and development of novel signal processing algorithms for healthcare.
Developing advanced algorithms for pathological voice detection, neurological disorder diagnosis through speech analysis, and voice-based health monitoring systems.
ECG signal processing, heart sound analysis, and development of non-invasive cardiovascular monitoring systems using advanced DSP techniques.
EEG/EMG signal analysis, brain-computer interfaces, and neurological disorder detection through advanced signal processing and machine learning.
Processing and analysis of large-scale physiological data, feature extraction, and pattern recognition for clinical decision support systems.
Design and development of medical devices for signal acquisition, wearable health monitors, and non-invasive diagnostic equipment.
Deep learning applications in healthcare signal processing, automated diagnosis systems, and predictive modeling of disease progression.
Our lab has developed 8 patented signal processing algorithms for medical diagnosis, including novel techniques for heart sound separation and pathological voice detection.
Alumni have implemented our signal processing techniques in medical devices used in hospitals worldwide, improving diagnostic accuracy for cardiovascular diseases.
Our research has contributed to 12 clinical decision support systems currently used in neurology, cardiology, and speech pathology departments globally.
Developing innovative solutions for medical diagnosis and patient monitoring