TO INTERCOMMUNICATION D – ENTROPY FROM TWO PROBLEMS THOUSAND: P/NP AND EQUATION NAVIER-STOKES FROM POSITION SYSTEM APPROACH

G. A. Samigulina; Z. I. Samigulina

TO INTERCOMMUNICATION D – ENTROPY FROM TWO PROBLEMS THOUSAND: P/NP AND EQUATION NAVIER-STOKES FROM POSITION SYSTEM APPROACH

Авторлар

G. A. Samigulina Institute of Information and Computing Technologies, Almaty, Kazakhstan
Z. I. Samigulina Institute of Information and Computing Technologies, Almaty, Kazakhstan

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Аннотация

Nowadays, is very actual the development of modern intellectual technologies for predicting new drugs with prescribed pharmacological properties based on artificial intelligence methods and statistical data analysis. The article is devoted to researches in the field of computer molecular design of sulfanilamide new drugs with the use of modern intellectual data analysis software RapidMiner. There was developed a database of sulfonamides descriptors based on the world's largest chemical information resource Mol-Instincts. Was presented a graphical model of preliminary processing of sulfonamides descriptors in the RapidMiner environment using the RandomForest algorithm and the principal component method. Were obtained the results of numerical modeling, were made the visualization of data in 3D form.

Keywords: data mining, sulfanilamide descriptors

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Как цитировать

Samigulina, G. A., & Samigulina, Z. I. (2021). TO INTERCOMMUNICATION D – ENTROPY FROM TWO PROBLEMS THOUSAND: P/NP AND EQUATION NAVIER-STOKES FROM POSITION SYSTEM APPROACH. Ashyq júıeler evolúsıasy máseleleri jýrnaly, 19(2), 99–107. вилучено із https://peos.kaznu.kz/index.php/peos/article/view/66