No. 5, 2025
- Evaluation of damping properties of forearm tissues in hydrocuff systems taking into account their anatomical feature pp. 9-13
- Interdisciplinary model of pigment network on dermatoscopic images in skin disease diagnostic devices pp. 14-17
- Non-Invasive Assessment of Skin-Fat Layer Properties via Electrical Impedance Caliperometry pp. 18-22
- Interference suppression algorithms in biomedical signals based on modified empirical mode decomposition pp. 23-26
- Mathematical model for predicting ischemic heart disease taking into account the protective mechanisms of the cardiovascular system pp. 27-30
- Rapid assessment of potentially oncogenic dietary nucleotides by bioluminescence and chromatographic methods pp. 31-34
- Horizontally layered mathematical models of forearm biotissues for electrical impedance measurements pp. 35-39
- Comparative analysis of the activity of the mirror neuron system in virtual and real environments pp. 40-44
- Quantitative assessment of the protective functions of the antioxidant system and its use in forecasting and medical diagnostics pp. 45-49
- Application of modern information technologies for improving the screening system of non-invasive electrocardiographic diagnostics pp. 50-57
- Research of methods and development of algorithms for filtering ECG signals in MATLAB pp. 58-63
- Mathematical modeling and color coding for visual analytics of patient clinical parameters pp. 64-68
- Differential diagnosis of inflammatory bowel diseases using artificial intelligence: analysis of multimodal medical data pp. 69-73
- A system for assessing the impact of stress on the physiological state of a patient with epileptic seizures pp. 74-79
- Development of an algorithm for assessing baroreflex sensitivity for early diagnosis of hypertension pp. 80-84
- An improved algorithm for the analysis and diagnosis of spinal deformities using dynamic image processing and machine learning pp. 85-90
- Study of human motor activity during sleep under simulated microgravity conditions pp. 91-96
- Application of optical spectroscopy for the analysis of peritoneal dialysate and urine pp. 97-100
- Numerical analysis of the pulse wave in a hydro-cuff blood pressure measurement system pp. 101-104
- Application of multispectral processing to images of neoplasms in experimental animals pp. 105-108
- Remote health monitoring system for patients with diagnosed pulmonary hypertension pp. 109-114
- Methods of processing and analyzing data on sounds of lung diseases based on deep learning of neural networks pp. 115-119
- Development of a model for processing and analyzing lung diseases based on convolutional neural networks pp. 120-124
- Application of neural networks to predict the growth of primary extra-axial brain tumors pp. 125-128
- Algorithm for analyzing digital footprint of a social network user pp. 129-136
- Automated determination of indications for 2RT-laser treatment from optical coherence tomography images pp. 137-140
- Neural network and hybrid technologies in osteoporosis diagnostics: analysis of x-ray images of the spine pp. 141-144
- Technology for detecting foci of pathological accumulation of a radiopharmaceutical drug based on neural networks pp. 145-148
- Representation of CT images using receptive fields occupation numbers with fixed-size sample counts pp. 149-153
- A decision-making system for the presence of early signs of acute myocardial infarction in experiments on rats pp. 154-157
- Evaluation of indicators in the information and measurement system “Health” pp. 158-166
- Processing and analysis of video images using artificial intelligence in a spatial navigation system for people with visual impairments pp. 167-172
- System for continuous monitoring of arterial stiffness based on local assessment of pulse wave velocity pp. 173-179
- Terahertz dielectric spectroscopy of gastric biotissues for intraoperative cancer diagnostics pp. 180-186
- The device for simultaneous recording of PCG & ECG for their quantitive evaluation pp. 187-191
- Evaluation of the dynamics of changes in heart rate variability using a set of nonlinear dynamics methods during rehabilitation pp. 192-196