№ 3 (2023) Vol. 6 No. 3 (2023)

Published: 2023-06-22

Geophysics. Geophysical methods of mineral prospecting

Mamarozikov T. U., Yusupov D. D., Otazhonova Sh. Kh., Khikmatillayev N. B., Oripov A. A.

DIGITAL COMPLEX “PULSELAB” FOR PRACTICAL WORK TO STUDY THE BASICS OF GEOPHYSICS

6-22

10

Engineering geometry and computer graphics. Audio and video-technologies

Nuraliev F. M., Giyosov U. E.

PLACEMENT AND CONSTRUCTION OF 3D OBJECTS IN THE SYSTEM OF THE NATIONAL VIRTUAL UNIVERSITY BASED ON 3D TECHNOLOGIES

23-32

12

Mathematical simulation. Numerical methods and software

Himmatov I. K.

A NEURAL NETWORK MODEL FOR RECOGNIZING HUMAN POSES BASED ON INFORMATION OBTAINED FROM VIDEO IMAGES

33-43

8

Information systems and processes

Elov B. B., Akhmedova H. I.

DETECTING HOMONIMY BY MEANS OF THE NAIVE BAYES CLASSIFIER

44-54

13

Technological machines. Robots, mechatronics and robotics systems

Dzhuraev A. Dz. , Kasimov A. A.

THEORETICAL CALCULATION AND EXPERIMENTAL TESTING OF IMPROVED BELT TRANSMISSION FOR COTTON CLEANING MACHINES

55-65

8

Instruments. Methods of measurement and control (by fields)

Zakhidov N. M.

UNDERGROUND UTILITY LOCATOR EQUIPPED WITH A TWO-STROKE PULSE TRANSDUCER

66-73

8

Metrology and metrological maintenance

Matyakubova P. M.

ADVANCED TECHNOLOGIES OF TEACHING “FUNDAMENTALS OF METROLOGY” IN THE PROCESS OF TRAINING METROLOGICAL ENGINEERS

74-82

9

Technology of textile materials and initial treatment of raw materials

Alimova Kh. А., Umurzakova Kh. Kh., Usmanova Sh. A., Sabirov Q. E.

A STUDY OF COCOON FILAMENT OBTAINED IN RE-FEEDING

83-90

8

Tadzhibaev M. A., Azimov S. S., Abdurahimov K. K.

CALCULATION OF TECHNOLOGICAL PROCESS ON THE BASIS OF SCIENTIFIC RESEARCH OF RESIDUAL POLLUTION IN A COTTON CLEANING PLANT

91-99

8

Nazhmitdinov Sh. A., Abdulkhafizov

EXPERIMENTAL STUDIES OF GRATE PROFILE VARIANTS ON THE COARSE DEBRIS MODULE EXPERIMENTAL PLANT

99-105

8

Exploitation, recon-struction and repair of agricultural and reclamation machinery

Egamnazarov B. B.

JUSTIFICATION OF THE GENERAL MODEL OF RICE-GROWING CLUSTER AND MACHINE PARK COMPOSITION

106-114

8