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ORCIDVladimir S. Kublanov
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2020 – today
- 2022
[c35]Timur S. Petrenko, Anna Petrenko, Vladimir S. Kublanov:
Possibilities of Applying Non-invasive Multichannel Electrical Stimulation Technology for Treatment Neuropsychiatric Disorders Associated with Post COVID-19 Condition. BIODEVICES 2022: 332-337- 2021
- [c34]Vladimir S. Kublanov, Konstantin Retyunskiy, Timur S. Petrenko, Mikhail V. Babich:
Neuroelectrostimulation from Natural Electricity to Multifactorial Systems: A Review. BIODEVICES 2021: 221-230 - [c33]Anton Yu. Dolganov, Mikhail V. Babich, Timur S. Petrenko, Vladimir S. Kublanov:
Development of a Method for Identifying the Functional State of a Person When Solving Cognitive Tasks According to the Data of the Brain Microwave Radiation. BIODEVICES 2021: 233-238 - [c32]Anna Petrenko, Vladimir S. Kublanov:
The Application of Multichannel Neuro-electrostimulation for Working Memory and Attention Improvement of Young Subjects. BIODEVICES 2021: 255-260 - 2020
- [j3]Vladimir S. Kublanov, Vasilii I. Borisov
, Mikhail V. Babich:
Simulation the distribution of thermodynamic temperatures and microwave radiation of the human head. Comput. Methods Programs Biomed. 190: 105377 (2020) - [c31]Vladimir S. Kublanov, Yan E. Kazakov, Anton Yu. Dolganov:
Machine Learning Possibilities for Evaluation of Arterial Hypertension Treatment Efficiency in Case Study. BIODEVICES 2020: 411-416 - [c30]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov:
On Some Possibilities of using Microwave Radiometry in the Analysis of Fluctuation Processes in Brain Tissue. BIODEVICES 2020: 417-420 - [c29]Timur S. Petrenko, Vladimir S. Kublanov, Konstantin Retyunskiy, Roman A. Sherstobitov:
Possibilities of Applying Non-invasive Multichannel Electrical Stimulation Technology for Treatment Neuropsychiatric Diseases. BIODEVICES 2020: 421-426
2010 – 2019
- 2019
- [j2]Vladimir S. Kublanov, Anton Yu. Dolganov:
Development of a decision support system for neuro-electrostimulation: Diagnosing disorders of the cardiovascular system and evaluation of the treatment efficiency. Appl. Soft Comput. 77: 329-343 (2019) - [c28]V. S. Vasilyev, Vasilii I. Borisov, Alexey M. Syskov, Vladimir S. Kublanov:
Case Study of Interrelation between Brain-Computer Interface based Multimodal Metric and Heart Rate Variability. HEALTHINF 2019: 532-538 - [c27]Vladimir S. Kublanov, Anton Yu. Dolganov, Viktoriya Badtieva, David Akopyan:
Towards Simplifying Assessment of Athletes Physical Fitness: Evaluation of the Total Physical Performance by Means of Machine Learning. HEALTHINF 2019: 539-544 - [c26]Vladimir S. Kublanov, Timur S. Petrenko, Aleksandr Yu. Efimtcev:
Application of Multichannel Electrical Stimulation of the Neck Nervous Structures in Patients with Depressive Disorders: An fMRI Case Study. HEALTHINF 2019: 564-571 - [c25]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov:
On Some Possibilities of Organizing a Mobile Hardware-information System for Polyfactorial Neuro-electrostimulation. HEALTHINF 2019: 572-576 - [c24]Vladimir S. Kublanov, Anton Yu. Dolganov:
Processing the Results of Electroencephalography for Patients Suffering from Depression after Neuro-electrostimulation Course: Case Study. HEALTHINF 2019: 577-582 - 2018
- [j1]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov:
Mobile Hardware-Information System for Neuro-Electrostimulation. Mob. Inf. Syst. 2018: 2168307:1-2168307:7 (2018) - [c23]Vladimir S. Kublanov, Konstantin Purtov, Mikhail Kontorovich:
Video-based Patient Monitoring System - Application of the System in Intensive Care Unit. BIOIMAGING 2018: 132-139 - [c22]Alexey M. Syskov, Vasilii I. Borisov, Vsevolod Tetervak, Vladimir S. Kublanov:
Feature Extraction and Selection for EEG and Motion Data in Tasks of the Mental Status Assessing - Pilot Study using Emotiv EPOC+ Headset Signals. BIODEVICES 2018: 164-172 - [c21]Vladimir S. Kublanov, Lubomir Aftanas, Timur S. Petrenko, Konstantin Danilenko, Rezakova Maria, Aleksandr Yu. Efimtcev, Mikhail V. Babich, Anton Yu. Dolganov, Andrei V. Sokolov:
Investigation of the Neuro-electrostimulation Mechanisms by Means of the Functional MRI: Case Study. BIOSIGNALS 2018: 319-324 - [c20]Anton Yu. Dolganov, Vladimir S. Kublanov, David Belo, Hugo Gamboa:
Development of the Decision Support System in Treatment of Arterial Hypertension - Application of Artificial Neural Networks for Evaluation of Heart Rate Variability Signals. BIOSIGNALS 2018: 325-331 - [c19]Vladimir S. Kublanov, Anna Petrenko:
On The Possibilities of Neuro-electrostimulation for Increasing Learning Parameters. BIOSIGNALS 2018: 338-344 - [c18]Timur S. Petrenko, Mikhail Shalyagin, Konstantin Retyunsky, Vladimir S. Kublanov, Mikhail V. Babich:
Non-invasive Multichannel Electrostimulation of Neck Nerve Structures for the Treatment of Patients with Anxiety Disorders. BIOSIGNALS 2018: 345-350 - [c17]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov, Evgeny Shleymovich, Boris Zhilkin, Evgeny Plesniaev:
Study of the Neuro-electrostimulation Influence on the Head Skin Capillary Blood Flow. BIOSIGNALS 2018: 351-355 - [c16]Anton Yu. Dolganov, Vladimir S. Kublanov:
Towards a Decision Support System for Disorders of the Cardiovascular System - Diagnosing and Evaluation of the Treatment Efficiency. HEALTHINF 2018: 727-733 - 2017
- [c15]Vladimir S. Kublanov, Anna Petrenko, Aleksandra Nabiullina:
Correction of Attention in a Learning Ability Task with using Non-invasive Neurostimulation of Peripheral Nervous System. BIOSIGNALS 2017: 269-275 - [c14]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov:
Principles of Organization and Control of the New Implementation of the "SYMPATHOCOR-01" Neuro-electrostimulation Device. BIOSIGNALS 2017: 276-282 - [c13]Vladimir S. Kublanov, Mikhail V. Babich, Anton Yu. Dolganov, Fedor Kornilov, Anna Sajler:
Computational Study of Thermal Changes during the Non-invasive Neuro-electrostimulation of the Nerve Structures in the Human Neck - Modelling Using Finite Element Method. BIOSIGNALS 2017: 283-290 - [c12]Vladimir S. Kublanov, Anton Yu. Dolganov, Yan E. Kazakov:
Diagnostics of the Arterial Hypertension by Means of the Discriminant Analysis - Analysis of the Heart Rate Variability Signals Features Combinations. BIOSIGNALS 2017: 291-298 - [c11]Vladimir S. Kublanov, Vasilii I. Borisov, Yan E. Kazakov, Alexander Azin:
Research of the Autonomic Regulation in the Formation of the Brain Microwave Radiation Restoration Processes during Rehabilitation of the Stroke Patients - Study by Means of the Multifractal Analysis of the Radiophysical Complex MRTHR Signals. BIOSIGNALS 2017: 299-306 - [c10]Vladimir S. Kublanov, Konstantin Purtov, Daniil Belkov:
Remote Photoplethysmography for the Neuro-electrostimulation Procedures Monitoring - The Possibilities of Remote Photoplethysmography Application for the Analysis of High Frequency Parameters of Heart Rate Variability. BIOSIGNALS 2017: 307-314 - [c9]Daniil Belkov, Konstantin Purtov, Vladimir S. Kublanov:
Influence of different feature selection approaches on the performance of emotion recognition methods based on SVM. FRUCT 2017: 40-45 - 2016
- [c8]Vladimir S. Kublanov, Vasilii I. Borisov, Anton Yu. Dolganov:
Summary Processing of Radiophysical Complex MRTHR Signals - Multifractal Analisys of the Brain Microwave Radiation and Heart Rate Variability. BIOSIGNALS 2016: 143-149 - [c7]Konstantin Purtov, Vladimir S. Kublanov, Anna Petrenko, Timur S. Petrenko:
Remote photoplethysmography application to the analysis of time-frequency changes of human heart rate variability. FRUCT 2016: 279-284 - [c6]Vladimir S. Kublanov, Timur S. Petrenko, Mikhail V. Babich, Anna Petrenko, Konstantin Retyunskiy:
Recovery of the Cognitive Function by the Non-Invasive Multichannel Neuro-Electrostimulation for Patients with Amnesic Syndrome. NEUROTECHNIX 2016: 25-30 - [c5]Vladimir S. Kublanov, Anton Yu. Dolganov, Vasilii I. Borisov:
Application of the Discriminant Analysis for Diagnostics of the Arterial Hypertension - Analysis of Short-Term Heart Rate Variability Signals. NEUROTECHNIX 2016: 45-52 - 2015
- [c4]Yuri P. Danilov, Vladimir S. Kublanov, K. Ju Retjunskij, Timur S. Petrenko, Mikhail V. Babich:
Non-invasive Multi-channel Neuro-stimulators in Treatment of the Nervous System Disorders. BIODEVICES 2015: 88-94 - [c3]Vladimir S. Kublanov, Timur S. Petrenko, Mikhail V. Babich:
Multi-electrode neurostimulation system for treatment of cognitive impairments. EMBC 2015: 2091-2094 - [c2]Vladimir S. Kublanov, Vasilii I. Borisov, Anton Yu. Dolganov:
The interface between the brain microwave radiation and autonomic nervous system. NER 2015: 922-925 - 2013
- [c1]Vladimir S. Kublanov:
Microwave Radiation as Interface to the Brain Functional State. BIODEVICES 2013: 318-322
Coauthor Index
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