Main / Mechanics and Mathematics / Mechanics / Аманов Бекзат Ондасынулы
Аманов Бекзат Ондасынулы
Position Ст.пpеподаватель
First higher education
| Educational institution | Квалификация | Expiration date |
|---|---|---|
| КазНУ им. аль-Фараби | Высшее | 2015 |
Academic degree
| File name | Headline | Description |
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Fundamentals of Gyroscope |
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Fundamentals of Gyroscope |
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Fundamentals of Gyroscope |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Principles of Tribology |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Stability of Motion of Mechanical Systems |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Embedded Processing - Microcontrollers |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Development of Algorithms and Programming Robots |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Systems of Pattern Recognition and Intellectual Analysis of Data |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Design of work of the humanoid robot |
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Electrical Engineering |
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Electrical Engineering |
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Electrical Engineering |
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Electrical Engineering |
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Electrical Engineering |
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Digital Signal Processing |
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Digital Signal Processing |
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Digital Signal Processing |
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Digital Signal Processing |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Embedded Systems |
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Electronics |
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Electronics |
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Electronics |
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Electronics |
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Electronics |
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Electronics |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 1 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Computer Vision 2 |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Robotic space systems |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Digital Design I |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Fnalog and digital electronics |
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Digital Design II |
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Digital Design II |
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Digital Design II |
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Digital Design II |
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Digital Design II |
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Digital Design II |
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Microprocessors |
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Microprocessors |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Mechanics of robots |
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Mechanics of robots |
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Mechanics of robots |
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Mechanics of robots |
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Mechanics of robots |
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Mechanics of robots |
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Mechanics of robots |
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Signal and Systems |
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Signal and Systems |
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Signal and Systems |
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Signal and Systems |
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Signal and Systems |
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Signal and Systems |
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Signal and Systems |
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Digital design 1 |
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Digital design 1 |
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Digital design 1 |
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Digital design 1 |
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Digital design 1 |
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Digital design 1 |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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AI and Deep learning for Robots |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Microprocessor circuitry |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Algorithmization and programming |
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Mechatronics |
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Mechatronics |
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Mechatronics |
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Mechatronics |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Signals and Systems |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Artificial Intelligence |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Computer Vision |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Software for mechatronic and robotic systems |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Digital design |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessors |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Microprocessor technology |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Humanoid robots |
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Electrical engineering |
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Electrical engineering |
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Electrical engineering |
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Electrical engineering |
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Electrical engineering |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Microprocessor systems |
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Design of mechanical systems |
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Design of mechanical systems |
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Design of mechanical systems |
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Design of mechanical systems |
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Design of mechanical systems |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Digital design 2 |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Embedded Systems and Mechatronics |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Artificial Intelligence 2 |
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Humanoid |
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Humanoid |
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Humanoid |
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Humanoid |
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Humanoid |
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Humanoid |
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Humanoid |
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1
Аманов Бекзат Ондасынулы
2021 - г.
10 - стр.
«ИНСТИТУТ МЕХАНИКИ И МАШИНОВЕДЕНИЯ ИМЕНИ АКАДЕМИКА У.А.ДЖОЛДАСБЕКОВА»
Web of Science
Профиль ResearcherID
Author Documents
13
Citations
34 по 27
documents
h-index
5
Social Humanoid Robot "ai-Gerim"
Baigunchekov, Z., Maoyong, C., Qian, L., Amanov, B., Zhangabergen, D., Omarov, B., Rakhmatulla, Z., Yeerzhati, M.
2025
2025 IEEE 20th Conference on Industrial Electronics and Applications Iciea 2025
0, с.
0
ЦитированийDeep Surrogate Network Enhancement of Non-dominated Sorting Genetic Algorithms for Improved Multi-objective Optimization
Ibarayev, S., Omarov, B., Amanov, B., Ibrayeva, A., Momynkulov, Z.
2024
Mechanisms and Machine Science
-1, с. 256-266
0
ЦитированийEnhancing orthopedics and sports medicine with lower limb exoskeleton control in rehabilitation using deep learning-based electromyography signal classification
Ibrayev, S., Amanov, B.
2024
Retos
61, с. 616-625
2
ЦитированийDevelopment of a Deep Learning-Enhanced Lower-Limb Exoskeleton Using Electromyography Data for Post-Neurovascular Rehabilitation
Ibrayev, S., Omarov, B., Amanov, B., Momynkulov, Z.
2024
Engineered Science
31, с.
5
ЦитированийDevelopment of a Service Robot for Hospital Environments in Rehabilitation Medicine with LiDAR-Based Simultaneous Localization and Mapping
Ibrayev, S., Ibrayeva, A., Amanov, B., Tolenov, S.
2024
International Journal of Advanced Computer Science and Applications
15, с. 1043-1053
0
ЦитированийOptimal synthesis of walking robot leg
Ibrayev, S., Ibrayeva, A., Jamalov, N., Ibrayev, A., Ualiyev, Z., Amanov, B.
2024
Mechanics Based Design of Structures and Machines
52, с. 2639-2659
5
ЦитированийOptimal Leg Linkage Design for Horizontal Propel of a Walking Robot Using Non-Dominated Sorting Genetic Algorithm
Omarov, B.S., Ibrayev, S., Ibrayeva, A., Amanov, B., Momynkulov, Z.
2024
IEEE Access
12, с. 97207-97225
1
ЦитированийMulticriteria Optimization of Lower Limb Exoskeleton Mechanism
Ibrayev, S., Ibrayeva, A., Rakhmatulina, A., Ibrayeva, A., Amanov, B., Imanbayeva, N.
2023
Applied Sciences Switzerland
13, с.
6
ЦитированийKinematics of the “Ai-Gerim” Robot Arm
Baigunchekov, Z., Carbone, G., Zhumasheva, Z., Amanov, B., Zholdassov, Y., Tolenov, S., Tleukhanov, A.
2022
Mechanisms and Machine Science
-1, с. 11-18
0
ЦитированийStructural-parametric synthesis of the robomech class parallel mechanism with two sliders
Baigunchekov, Z., Laribi, M.A., Carbone, G., Mustafa, A., Amanov, B., Zholdassov, Y.
2021
Applied Sciences Switzerland
11, с.
6
ЦитированийGeometry and Inverse Kinematics of 3-PRRS Type Parallel Manipulator
Baigunchekov, Z., Laribi, M.A., Mustafa, A., Kaiyrov, R., Amanov, B., Kassinov, A.
2020
Advances in Intelligent Systems and Computing
980, с. 12-18
8
ЦитированийStructurally parametric synthesis and position analysis of a robomech class parallel manipulator with two end-effectors
Baigunchekov, Z., Naurushev, B., Zhumasheva, Z., Mustafa, A., Kairov, R., Amanov, B.
2020
Iaeng International Journal of Applied Mathematics
5, с. 1-11
1
ЦитированийParallel Manipulator of a Class RoboMech with Two End-Effectors
Baigunchekov, Z., Zhumasheva, Z., Naurushev, B., Mustafa, A., Kairov, R., Amanov, B.
2019
Lecture Notes in Engineering and Computer Science
2240, с. 449-454
0
Цитирований
Web of Science:
Профиль