14:00 – 17:00 (11 September)

1.

Alyavi A., Alyavi B., Abdullaev A., Uzokov J., Muminov Sh., Iskhakov Sh., Vikhrov I., Ashirbaev Sh. Value of artificial intelligence in diagnosing ischemic heart disease using ECG.

2.

Berdiev G., Xujakulov N., Pardaeva G., Ochilova S. Development of optimal golden geometric fractal shapes and application in architecture.

3.

Beknazarova S. Bekmirzayeva M. Analysis of filters for processing video images

4.

Egamberdiyev E.H. Data integration in a multi-type data environment

5.

Fayzullayev N. Identifying high risk of diabetes based on survey research questionnaire.

6.

Geldibayev B. Application of the random forest algorithm for early detection of lameness in dairy cows.

7.

Ikramov A., Trigulova R., Akhmedova D., Mukhtarova Sh., Alimova D. Prediction of ejection fraction of left ventricle in patients with type 2 diabetes mellitus on empagliflozin: a six-month assessment.

8.

Isakov O.K. Comparison of machine learning methods in bad loan predictions: analysis of micro finance data.

9.

Kambarov I. Application of machine learning in human robot collaboration systems to ımprove assembly efficiency.

10.

Khamdamоv U.R., Elоv B.B., Ubaydullayev A.A., Khusainоva Z.Y. Implementatiоn оf tоkenizatiоn prоcess using the bpe algоrithm.

11.

Khudayberdiev M.Kh., Khamroev A.Sh., Muraeva Kh.M. A Revıew for  dıfferent approaches of tomato leaf dısease detectıon.

12.

Kim Y.V. structure of an automated system for vessel contour parameter detection and evaluation on ultrasound ımages.

13.

Mirzaev N., Radjabov S., Meliev F., Orifov A. Algorithms for recognition of histological images based on threshold rules.

14.

Matlatipov S.G. Explainability of the SVM classification model for sentiment analysis task of uzbek language.

15.

Muksimova Sh., Umirzakova S., Rakhimov Kh., Ruziboev F. Assessing machine learning algorithms for chronic disease prediction through performance metrics.

16.

Umarov M., Jumaboyeva P., Abjalova M. Traffic sign recognition using deep learning algorithms.

17.

Xamidov M.M. Methods for ıdentıfyıng human fatıgue states based on machıne learnıng algorıthms.

18.

Xo‘jamqulov A.X. Integrating large language models with visual data for enhanced human-object interaction detection.

19.

Zohirov K., Boykobilov S., Turayev M., Temirov M. Classification of hand movements on the basis of machine learning methods.

20.

Zоhirоv K., Bоykоbilоv S., Turayev M., Egamberdiev Kh., Ochilov M. Classıfıcatıоn оf mоvements оf athletes оn the basıs оf electrоmyоgraрhy by usıng machıne learnıng algоrıthms.