| Issue |
Title |
File |
| Vol 32, No 5 (2026) |
An approach to determining the epicenter of a traveling wave with an inhomogeneous distribution of braking effects |
(Rus)
|
|
Malkov I.N.
|
| Vol 32, No 3 (2026) |
On the possibility of using a hybrid approach in the recognition of potentially dangerous physiological conditions |
(Rus)
|
|
Bogdanov M.R., Shakhmametova G.R., Shaibakov I.S., Ishakov A.R., Oskin N.N.
|
| Vol 31, No 6 (2025) |
Simulator for imitating digital infrastructure in medical facility |
(Rus)
|
|
Kulikovskikh I.M.
|
| Vol 31, No 3 (2025) |
Experimental investigation of energy efficiency in wireless body area networks |
(Rus)
|
|
Khromov I.A., Voskov L.S.
|
| Vol 31, No 2 (2025) |
Restoration of MRI images based on multi-task learning |
(Rus)
|
|
Favorskaya M.N., Nishchhal N.
|
| Vol 30, No 7 (2024) |
Method of remote photoplethysmography robust to interference in video registration of human facial skin |
(Rus)
|
|
Kopeliovich M.V., Shcherban I.V.
|
| Vol 30, No 7 (2024) |
Analytic hierarchy process in diagnostics of diseases |
(Rus)
|
|
Tarasova S.A., Tarasov V.V.
|
| Vol 30, No 3 (2024) |
Opportunities to reduce the risk of cardiovascular death by improving machine learning methods |
(Rus)
|
|
Bogdanov M.R., Shakhmametova G.R., Shaibakov I.S., Oskin N.N.
|
| Vol 30, No 1 (2024) |
Method of localization of spatiotemporal patterns on the time sequence of biomedical images |
(Rus)
|
|
Shcherban I.V., Fedotova V.S., Kirilenko N.E., Matukhno A.E., Shcherban O.G., Lysenko L.V.
|
| Vol 29, No 4 (2023) |
Development of a module for COVID-19 diagnostics based on computed tomography images of the chest based on computer vision methods |
(Rus)
|
|
Teplyakova A.R., Kuznetsov A.A.
|
| Vol 29, No 2 (2023) |
Correction of the values of the classification feature of objects on the example of the diagnosis of multiple myeloma |
(Rus)
|
|
Ignatev N.A., Zguralskaya E.N., Markovtseva M.V.
|
| Vol 28, No 6 (2022) |
Applying a synthetic dataset in medical images segmentation problem |
(Rus)
|
|
Zabotnev M.S., Kulagin V.P., Korepanov V.D.
|
| Vol 28, No 4 (2022) |
Hierarchical Fuzzy-logic expert systems for medical diagnostics |
(Rus)
|
|
Zack Y.A.
|
| Vol 28, No 2 (2022) |
Using machine learning methods to predict mortality after myocardial infarction |
(Rus)
|
|
Lvovich Y.E., Kashirina I.L., Firyulina M.A.
|
| Vol 28, No 2 (2022) |
Method of selecting the most discriminatory areas based on spectral entropy in remote photoplethysmography |
(Rus)
|
|
Kopeliovich M.V., Shcherban I.V.
|
| Vol 27, No 9 (2021) |
The synthesis of an adaptive filter for automatic detection
and time localization of premotor EEG patterns of the human brain |
(Rus)
|
|
Shcherban O.G., Lazurenko D.M., Shcherban I.V., Kirilenko N.E.
|
| Vol 27, No 8 (2021) |
Defining of the minimum wavelet filter coefficients bit-width for 3D medical imaging |
(Rus)
|
|
Nagornov N.N.
|
| Vol 27, No 8 (2021) |
Stochastic assessment of the development of the epidemic in local population clusters |
(Rus)
|
|
Fedosov V.V., Fedosova A.V., Buitrago O.
|
| Vol 27, No 2 (2021) |
Two dimensional color doppler dealiasing using submaximal velocity components filtering |
(Rus)
|
|
Terentjev A.B., Shturts I.V.
|
| Vol 26, No 12 (2020) |
Similarity learning algorithm selection for chronic renal failure patients treatment strategy optimization |
(Rus)
|
|
Lakman I.A., Akhmetvaleev R.R., Enikeev D.I., Khaziakhmetov R.R., Chernenko O.V.
|
| Vol 26, No 1 (2020) |
The use of machine learning methods to study markers of atherosclerosis of the great arteries |
(Rus)
|
|
Lvovich Y.E., Kashirina I.L., Demchenko M.V.
|
| Vol 26, No 1 (2020) |
Comparative analysis of leukocyte clustering algorithms according to FS and SS parameters in a cytofluorimetric blood test |
(Rus)
|
|
Lepsky A.I.
|
| Vol 25, No 3 (2019) |
The role of internet technologies in the communication activity of medical organization |
(Rus)
|
|
Artyushina E.V., Erschov D.E., Prokhoda Y.A.
|
| Vol 25, No 2 (2019) |
A concept for a heterogeneous biomedical information warehouse |
(Rus)
|
|
Gribova V.V., Moskalenko P.M., Shahgeldyan C.I., Gmar D.V., Geltser B.I.
|
| Vol 25, No 1 (2019) |
Application of various optimization methods for calculating the neural network error for the diagnosis of neuromuscular diseases |
(Rus)
|
|
Ismayilova K.S.
|
| Vol 24, No 10 (2018) |
Matching of informative features of iris images with the optimal path method |
(Rus)
|
|
Novik V.P., Matveev I.A., Leonov V.Y.
|
| Vol 23, No 4 (2017) |
Iris image segmentation by paired gradient method with pupil boundary refinement |
(Rus)
|
|
Efimov Y.S., Matveev I.A.
|
| Vol 23, No 4 (2017) |
The algorithm of automated estimation of human performance parameters under load tests |
(Rus)
|
|
Golov A.V., Timme E.A., Kozlov A.V.
|
| Vol 22, No 10 (2016) |
Mobile healthcare ecosystems |
(Rus)
|
|
Avdoshin S.M., Pesotskaya E.Y.
|
| Vol 22, No 10 (2016) |
The experience of design and introduction into service of the computerised ultrasound-based medical equipment |
(Rus)
|
|
Znajko G.G., Prokhorov N.L., Krasovsky V.E.
|
| Vol 22, No 9 (2016) |
Application of the method the spectral analysis for differential diagnosis the disease bodies of the digestive tract |
(Rus)
|
|
Abdullayev N.T., Mamedov N.Y., Agayeva G.S.
|
| Vol 22, No 5 (2016) |
Bionic intelligence limbs prosthetic and logical neural networks |
(Rus)
|
|
Ageeva U.O., Ageeya V.G., Barskiy A.B.
|
| Vol 22, No 5 (2016) |
Collective newral network algorithm for the diagnosis of myocardial infarction |
(Rus)
|
|
Prasolova A.E.
|
| Vol 22, No 2 (2016) |
Development of architecture of digital health informational system "CifroMed" in aviation and aerospace |
(Rus)
|
|
Kukhtichev A.A., Klenov E.A., Skorodumov S.V.
|
| Vol 22, No 1 (2016) |
Entropy-parametric criterion for the establishing the adequacy of the distribution model of ionic currents of the myocardium |
(Rus)
|
|
Polosin V.G., Bodin O.N.
|
| Vol 22, No 1 (2016) |
Informative parameters and fluctuation dynamics of electrocardiograms at flikker-noise spectroscopy |
(Rus)
|
|
Abdullayev N.T., Gasankuliyeva M.M.
|
| Vol 21, No 11 (2015) |
Differential diagnosis gastrointestinal diseases on the basis of the multifractal analysis the elektrogastroenterographic signals |
(Rus)
|
|
Abdullayev N.T., Dyshin O.A., Kerimova M.I.
|
| Vol 21, No 5 (2015) |
Dynamics in time vegetative indices based on computer spectral analysis of heart rhythmograms |
(Rus)
|
|
Zakharov M.S.
|
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