Presentation of the Global Sensor Network team
The Global Sensory Network team includes the heads and leading experts of several SRI SB RAS, NSU, as well as a number of foreign institutes and medical institutions. General project management, work on the development of end devices, pilot and mass production are carried out by RPC "Relsib".
You can learn more about the project and the products developed by the team from the presentation:
The team considers Mobile Diagnostic Device primarily as a ready-made set of technical tools - tools for use by numerous scientific medical institutions and communities for their work. First, a technical capability will be created to remotely monitor human medical parameters, their analysis, mathematical processing, prevention, archiving, etc., and then thousands of medical institutions will develop methods for working with new equipment in their field of activity. Under the ready-made system, new sensors will be created that will significantly expand the capabilities of the MRLs for diagnosing various diseases.
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The team develops intelligent sensors with the ability to communicate with each other, the ability to analyze the current situation and make decisions. Autonomous generators of electrical energy are being developed to power the sensors in order to make them practically eternal, highly hermetic, with the possibility of implantation into the human body.
Functionally, the command MDU is a set of intelligent sensors and a receiver. The connection between the sensors and the receiver is carried out by a special protocol, invisible to external devices, designed specifically for this device. Data from the receiving device to the mobile phone and other external communication devices is carried out using standard protocols. This is necessary to ensure the safety and reliability of the system.
The Global Sensor Network uses multi-level diagnostics from simple cases to complex and ambiguous at the hardware level: receiving device and sensors (MDU itself), mobile phone with an installed application, remote server with software (cloud computing), PC of the attending physician.
The team creates a complete set of technical tools for the widespread use of MDUs in medicine, as well as in the family, sports and other fields, as well as creating unique design solutions that allow the use of MDU to various categories of citizens without additional inconvenience.
An MRL from the Global Sensor Network will be created primarily for home use.
You can learn more about the project and the products developed by the team from the presentation:
The team considers Mobile Diagnostic Device primarily as a ready-made set of technical tools - tools for use by numerous scientific medical institutions and communities for their work. First, a technical capability will be created to remotely monitor human medical parameters, their analysis, mathematical processing, prevention, archiving, etc., and then thousands of medical institutions will develop methods for working with new equipment in their field of activity. Under the ready-made system, new sensors will be created that will significantly expand the capabilities of the MRLs for diagnosing various diseases.
')
The team develops intelligent sensors with the ability to communicate with each other, the ability to analyze the current situation and make decisions. Autonomous generators of electrical energy are being developed to power the sensors in order to make them practically eternal, highly hermetic, with the possibility of implantation into the human body.
Functionally, the command MDU is a set of intelligent sensors and a receiver. The connection between the sensors and the receiver is carried out by a special protocol, invisible to external devices, designed specifically for this device. Data from the receiving device to the mobile phone and other external communication devices is carried out using standard protocols. This is necessary to ensure the safety and reliability of the system.
The Global Sensor Network uses multi-level diagnostics from simple cases to complex and ambiguous at the hardware level: receiving device and sensors (MDU itself), mobile phone with an installed application, remote server with software (cloud computing), PC of the attending physician.
The team creates a complete set of technical tools for the widespread use of MDUs in medicine, as well as in the family, sports and other fields, as well as creating unique design solutions that allow the use of MDU to various categories of citizens without additional inconvenience.
An MRL from the Global Sensor Network will be created primarily for home use.
Source: https://habr.com/ru/post/155993/
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