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Уолш тез ўзгартиришлари асосида беморларга ташҳис аниқлигини оширувчи алгоритмлар ва хисоблаш воситалари

Уолш тез ўзгартиришлари асосида беморларга ташҳис аниқлигини оширувчи алгоритмлар ва хисоблаш воситалари
Uniqueness/innovativeness

Development of algorithms and software for research and modeling of signal processing processes in Walsh bases, as well as the creation of structures of processor facilities

Designation purpose

Algorithms and processing tools that improve the accuracy of patient diagnosis based on fast Walsh transforms

Project description

The relevance of the problem of developing algorithmic and processor means for digital signal processing based on the Walsh BP is supported by many practical applications in radar, geophysics, seismology, image processing, filtering, and many others.

Indicators

Name of the project
Name of the project
Уолш тез ўзгартиришлари асосида беморларга ташҳис аниқлигини оширувчи алгоритмлар ва хисоблаш воситалари
Foreing investor
Foreing investor
no
product patent
product patent
-
The branch in which the project is being implemented
The branch in which the project is being implemented
Digital and information technology
Project readlines
Project readlines
85%
Project location
Project location
28, al-xorezmi street, Urganch city
Project payback period
Project payback period (month.)
12
Project Development Cost
Project Development Cost
150 000 000 sum
15 000 $
Required Project Investment
Required Project Investment
150 000 000 sum
15 000 $
Own funds
Own funds
There is none
Final product and design capacity
Final product and design capacity
Investigation of the features and capabilities of spectral methods based on piecewise polynomial Walsh bases.

current state

In developing

Project additional info

Development of structures of fast-acting special processors based on fast Walsh transformations in piecewise-polynomial bases. Analysis of methods for calculating spectral coefficients in Walsh bases and development of an algorithm for calculating coefficients in bases of J-functions.


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