MATHEMATICAL METHODS AND INFORMATION TECHNOLOGIES IN THE MEASURING-COMPUTING SYSTEMS OF ULTRAHIGH RESOLUTION
Purpose of the development:
Innovation derived to develop:
- theoretical bases of processing and interpretation of the results of measurements on the perturbed abstract case the operator model of the measurement process;
- practical reduction methods for measurement calculations for known and unknown models of the measurement process used in the presence or absence of the stability of statistical indicators of disturbances.
Recommended application field:
- medicine;
- biology;
- hydro and radar;
- surveying;
- geology;
- the study of the Earth's surface from space;
- nanophysics;
- nanotechnology.
Technical characteristic:
The number of sensors in the GHS = 8.
Number = 10 odorants.
Appliance model - is unknown.
Advantages over analogues:
Ability to solve problems with the processing of the measurement:
- complex or partially known structure of a real measuring device;
- unstable statistical characteristics of these disturbances.
The development stage readiness:
Tested experimental exploitation order
Description of the development:
() Problem analysis and interpretation of measurement results appears in new areas, especially who are forced to take into account in the model the possibility of computer processing and the human impact on the result. It does not always have the opportunity to physically create a device with the desired characteristics.
By intelligent processing of the experimental results obtained on a real device, it is possible without great economic cost to get a new device with the new and improved features.
corresponds technical description
Guarantees stable results getting
Photo
Country
Ukraine
For additional information turn to: E-mail: gal@uintei.kiev.ua
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