Our new high technology products and scientific publications |
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April 2020. The cross-platform software application "Physiological Avatar 3.0" was implemented and presented in the application stores of the main software platforms.
The free application implements the basic technologies of mathematical modeling of physiological systems for widespread use in everyday activities.
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July 2019. Presentation at the 12th International Symposium of Computer Science in Sports.
Solodyannikov Yu.V., Proshin A.P. About the physiological avatar technology for optimal planning of the training process in cyclic sports. Abstracts .
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Our new publication has been published.
Proshin A.P., Solodyannikov Y.V. Physiological avatar technology with optimal planning of the training process in cyclic sports. // Automation and telemechanics, T. 79, No. 5, 2018, pp. 119-136.
ANNOTATION . The work is devoted to theoretical substantiation programmatically - a technical product that combines the latest achievements in the field of mathematical computer modeling, sports physiology and medicine. The paper presents an overview of the theoretical foundations and practical solutions of the latest software and technical developments in the field of training process control in cyclic sports. A new integrated approach to planning the training process is proposed, which combines the well-known training impulse technology and the method of modeling the individual physiological properties of the athlete's body based on the physiological avatar technology.
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The Cyclic Sports Trainer Toolkit is published at Windows Store and Google Play .
Introducing a software application for Windows 10 Universal Apps Platform and Angroid Platform that implements simulation and training management technologies for cyclic sports based on the technology of Physiological avatar .
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December 2016. The reports "Toolkit for a kayak and canoe trainer. Practical aspect" and "On the development of software tools for a kayak and canoe trainer based on physiological avatar technology" were presented at the All-Russian Scientific and Practical Conference on Sports science in children and youth sports and sports of the highest achievements.
The reports took place on 30.11.2016 and 02.12.2016 at Center for Sports Innovative Technologies and National Teams of Moskomsport .
Presentations of the report are posted on Physiological Avatar technology site .
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Application "Kayak and Canoe Trainer Toolkit" published in Windows Store . Introducing a software application for the Windows 10 Universal Applications Platform that implements training simulation and training management technologies in rowing sports (kayaking and canoeing) based on the Physiological Avatar technology .
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A report was presented at the X International Conference "Identification of Systems and Control Problems", SICPRO`15, Russia, Moscow, IPU RAS, January 26-29, 2015
Proshin A.P., Solodyannikov Y.V. STOCHASTIC METHOD FOR IDENTIFICATION OF PHYSIOLOGICAL PARAMETERS OF THE HUMAN ORGANISM AND ITS APPLICATION. Abstracts in Proceedings of the conference . |
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"Physiological Avatar" technology promo-site has been launched. Physiological avatar (PA) is a virtual double of your body. Create a PA based on measurements of the physiological parameters of your body. Use PA to study your body and its behavior in a variety of life situations and various areas of professional activity. The main areas of application for this application are medicine, professional sports and fitness.
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We invite owners of smartphones with Windows Phone 8.x to take part in beta testing of the new Physiological Avatar mobile application. The main areas of application for this application are in professional sports and fitness. If you are an athlete, trainer or just doing fitness and have access to a modern laboratory of sports medicine, then you can take part in the beta testing of the application .
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Our new publication has been published.
Solodyannikov YV CONTROL AND SURVEILLANCE FOR DYNAMIC MASS SERVICE NETWORKS. II. // Automation and Telemechanics, Vol. 75, No. 5, 2014, C.91-114.
Abstract (PDF). Article on Math-Net.Ru.
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Our new publication has been published.
Solodyannikov YV CONTROL AND SURVEILLANCE FOR DYNAMIC MASS SERVICE NETWORKS. II. // Automation and Telemechanics, Vol. 75, No. 5, 2014, C.91-114.
Abstract (PDF). Article on Math-Net.Ru.
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Our new publication has been published.
Solodyannikov YV CONTROL AND SURVEILLANCE FOR DYNAMIC MASS SERVICE NETWORKS.I. // Automation and Telemechanics, Vol. 75, No. 3, 2014, P.14-45.
Abstract (PDF). Article on Math-Net.Ru.
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Our new publication has been published.
S.M. Khokhlunov, Yu.V. SOLODYANNIKOV, I. A. OSADCHIY, A.P. PROSHIN, K.M. FAERMAN, A. V. ALEKSANKIN, D. V. IVANOV STUDY OF IDENTIFICATION METHOD FOR DETERMINING CIRCULATING BLOOD VOLUME IN CARDIAC SURGERY PATIENTS. // Bulletin of new medical technologies, No. 1, 2013. |
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A prototype virtual laboratory of sports and medical physiology is presented on our site.
To demonstrate the capabilities of the technology, several physiological avatars are presented - virtual models of specific patients. Avatars are obtained by identifying the parameters of a mathematical model by measurements.
Demonstrated the application of physiological avatar technology to determine the individual lactate threshold and VO2 max in athletes in cyclic sports and fitness, in particular in rowing, kayaking and canoeing, rowing on boats "Dragon", cross-country skiing, running, swimming, cycling . |
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Our new publication has been published.
Proshin A.P., Solodyannikov Yu.V. Mathematical modeling of lactate metabolism and its application in sports. // Automation and telemechanics, T. 74, No. 6, 2013, pp. 133-152.
ANNOTATION . Based on the mathematical model of the system blood circulation, a mathematical model of lactate metabolism in the human body has been built. The problem is posed to identify the parameters of lactate metabolism by measurements. A method, algorithm and software for solving the identification problem have been developed. Practical applications in sports medicine and the training process are considered, in particular, in the study of the phenomenon of the anaerobic threshold. New methods for assessing the level of an individual anaerobic threshold and maximum oxygen consumption in athletes have been proposed. |
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Our new publication has been published.
Proshin A.P., Solodyannikov Yu.V. Identification of the parameters of the circulatory system // Automation and Telemechanics, Vol. 71, No. 8, 2010.
ANNOTATION .
statement of the problem of parametric identification by measurements on periodic movement. A method is proposed for its numerical solution on based on a random global search algorithm. The software implementation of the identification procedure in the form of parallel computing processes on symmetric multiprocessor computer systems and in a distributed computing environment. Practical applications are considered on the example of factor analysis causes of arterial hypertension, as well as applications in medicine and sports, including non-invasive level control hemoglobin of blood and some types of doping. |
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Matlab SIMULINK v. 6.5 - models of the circulatory system, which is an illustration for our new publication: Ostapenko T.I., Proshin A.P., Solodyannikov Yu.V. Study of the identifiability of the circulatory system // Automation and Telemechanics, V. 68 , No. 7, 2007. p. 132-151. Download ZIP archive ... |
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Matlab SIMULINK v. 6.5 - models of the circulatory system, which is an illustration for our new publication: Ostapenko T.I., Proshin A.P., Solodyannikov Yu.V. Study of the identifiability of the circulatory system // Automation and Telemechanics, V. 68 , No. 7, 2007. p. 132-151. Download ZIP archive ... |
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Our new publication has been published.
Ostapenko T.I., Proshin A.P., Solodyannikov Yu.V. Investigation of the identifiability of the circulatory system // Automation and telemechanics, V. 68, No. 7, 2007. pp. 132-151 . The original English article is available here PDF. (251 kb) |
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Our new publication has been published.
Ostapenko T.I., Proshin A.P., Solodyannikov Yu.V. Investigation of the identifiability of the circulatory system // Automation and telemechanics, V. 68, No. 7, 2007. pp. 132-151 . The original English article is available here PDF. (251 kb) |
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Our new publication has been published.
Ostapenko T.I., Proshin A.P., Solodyannikov Yu.V. Investigation of the identifiability of the circulatory system // Automation and telemechanics, V. 68, No. 7, 2007. pp. 132-151 . The original English article is available here PDF. (251 kb) |
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Our new publication has been published.
Proshin A.P., Solodyannikov Yu.V. Mathematical modeling of the circulatory system and its practical applications // Automation and Telemechanics, Vol. 67, No. 2, 2006. p. 174-188. |
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Our new publication has been published.
Proshin A.P., Solodyannikov Yu.V. Mathematical modeling of the circulatory system and its practical applications // Automation and Telemechanics, Vol. 67, No. 2, 2006. p. 174-188. |
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Access to help system on mathematical modeling of the circulatory system is now open. The help system will become a real encyclopedia for users on scientific and practical issues. It is aimed at a wide range of users. |
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A new version of the system for modeling and identification of blood circulation in real time is presented, in which access to the Web-laboratory for modeling and identification of the blood circulation system is opened. The main functions of the system are now available to all users without going through the registration procedure. |
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