Main / Information technology / Artificial intelligence and big data / Кунелбаев Мурат Меркебекович

Кунелбаев Мурат Меркебекович

Position Ст.пpеподаватель
Scopus author ID: 56203480200
Data editing
File name Headline Description
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Digital Сircuitry
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Electronics
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
л1
Nonlinear System of Automatic Control
л2
Nonlinear System of Automatic Control
л3
Nonlinear System of Automatic Control
л4
Nonlinear System of Automatic Control
л5
Nonlinear System of Automatic Control
л6
Nonlinear System of Automatic Control
л7
Nonlinear System of Automatic Control
Л8
Nonlinear System of Automatic Control
Л9
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Nonlinear System of Automatic Control
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
Digital Circuitry
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
4
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
8
LoT Methods and Tools
LoT Methods and Tools
10
LoT Methods and Tools
11
LoT Methods and Tools
12
LoT Methods and Tools
13
LoT Methods and Tools
14
LoT Methods and Tools
15
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
LoT Methods and Tools
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Household Automation Actuators and Sensors
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Wireless Technology for Internet of Things (MINOR)
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
4
Internet of Things System Design
Internet of Things System Design
6
Internet of Things System Design
Internet of Things System Design
8
Internet of Things System Design
9
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Internet of Things System Design
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Circuitry for the Internet of Things (MINOR)
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Л3
Non-Linear Control Systems
Л4
Non-Linear Control Systems
Л5
Non-Linear Control Systems
Л6
Non-Linear Control Systems
Л7
Non-Linear Control Systems
Л8
Non-Linear Control Systems
Л9
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Non-Linear Control Systems
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
Digital Circuitry of Control Systems and Digital Measuring Technologies
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
л3
TIA Portal 1 Simulators
TIA Portal 1 Simulators
л5
TIA Portal 1 Simulators
л6
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
TIA Portal 1 Simulators
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Integrated Automation Environment
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
14
Inter-Machine Interaction M2M
15
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
12
Inter-Machine Interaction M2M
13
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Л2
Inter-Machine Interaction M2M
Л3
Inter-Machine Interaction M2M
Л4
Inter-Machine Interaction M2M
Л5
Inter-Machine Interaction M2M
Л6
Inter-Machine Interaction M2M
Л7
Inter-Machine Interaction M2M
Л8
Inter-Machine Interaction M2M
Л9
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Inter-Machine Interaction M2M
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Microcontrollers Smart IoT Systems
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
л3
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
л5
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Simulators of Human-Machine Interaction
Operations Research
Operations Research
Operations Research
Operations Research
Л3
Operations Research
Л4
Operations Research
Л5
Operations Research
Л6
Operations Research
Л7
Operations Research
Л8
Operations Research
Л9
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Operations Research
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Wireless communication protocols of IoT Devices
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
л3
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Security of Computing Systems and Networks
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Modeling and Optimizing of IIoT Device Control
Introduction to Blockchain Technologies
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Л3
Operations Research and Optimization Methods
Л4
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Л6
Operations Research and Optimization Methods
Л7
Operations Research and Optimization Methods
Л8
Operations Research and Optimization Methods
Л9
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Operations Research and Optimization Methods
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Machine to Machine and Human-Machine Interaction
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Wireless Communication Protocols of IoT Devices
Process Control Engineering and the Industrial Internet of Things

1

Кунелбаев Мурат МеркебековичДуйсембаева Л.С., Умаров А.А. Microclimate Monitoring System for a Home Greenhouse as Part of ESP32 2020 - г. 10 - стр. 0

1

Кунелбаев Мурат Меркебекович Амиргалиев Е.Н., Козбакова А.Х., Калижанова А.У. РАСЧЕТ СИСТЕМЫ СОЛНЕЧНОГО ТЕПЛОСНАБЖЕНИЯ ЖИЛОГО ДОМА 2018 - г. 7 - стр. Кыргызстан, Иссык-Куль

2

Кунелбаев Мурат Меркебекович Козбакова А.Х. 2019 - г. 12 - стр. ИИВТ МОН РК.
Author Documents

100

Citations

224 по 184
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Dynamic Systems Simulation Using Digital Twins: Approaches, Technologies, and Applications

Amirkhanov, B., Kunelbayev, M., Adilzhanova, S., Zhaisanova, D., Tyulepberdinova, G., Amirkhanov, A.

2025

Proceedings of SPIE the International Society for Optical Engineering
13649, с.

0

Цитирований
Privacy bubbles for digital twin interaction in the metaverse

Amirkhanova, G., Kunelbayev, M., Adilzhanova, S., Zhaisanova, D., Tokhtassyn, M., Nurgazy, T., Amirkhanov, A.

2025

Proceedings of SPIE the International Society for Optical Engineering
13649, с.

0

Цитирований
Enhancing Sustainable Biogas Generation Through a Real-Time Digital Twin of a Modular Bioreactor

Amirkhanov, B., Kunelbayev, M., Sabina, I., Amirkhanova, G., Nurgazy, T., Zhumasheva, A., Alipbeki, O.

2025

Journal of Applied Data Sciences
6, с. 2312-2331

0

Цитирований
Development of a Smart Lung Health Monitoring System Using Sensors and Data Analytics for Early Disease Detection

Tyulepberdinova, G., Kunelbayev, M., Amirkhanova, G., Sakypbekova, M., Adilzhanova, S., Tolepberdinova, A.

2025

Journal of Applied Data Sciences
6, с. 2332-2350

0

Цитирований
Determination of the Temperature Sensitivity Values of a Tilted Fiber Bragg Grating Built into the Internal Structure of a Composite Material for Building Structures

Aitkulov, Z., Kalizhanova, A., Kunelbayev, M., Kozbakova, A.

2025

Springer Proceedings in Physics
-1, с. 899-908

0

Цитирований
Digital twins and IIoT: comparison of Prometheus and InfluxDB

Amirkhanov, B., Ishmurzin, T., Kunelbayev, M., Amirkhanova, G., Aidynuly, A., Tyulepberdinova, G.

2025

Bulletin of Electrical Engineering and Informatics
14, с. 3935-3958

0

Цитирований
An internet of things-enabled wearable device for stress monitoring and control

Tyulepberdinova, G., Abduvalova, A., Kunelbayev, M., Amirkhanova, G., Adilzhanova, S.

2025

Bulletin of Electrical Engineering and Informatics
14, с. 3404-3418

0

Цитирований
The application of digital twins in assessing information security risks

Adilzhanova, S., Mirkassimova, T., Amirkhanova, G., Kunelbayev, M.

2025

International Conference on Artificial Intelligence Computer Data Sciences and Applications Acdsa 2025
0, с.

0

Цитирований
Development of a Stress Monitoring System

Tyulepberdinova, G., Sakypbekova, M., Kunelbayev, M., Amirkhanova, G.

2025

International Conference on Artificial Intelligence Computer Data Sciences and Applications Acdsa 2025
0, с.

0

Цитирований
Digital Twin Integration for Proactive Industrial Decision Support: Enhancing Traccar-Based Monitoring Systems

Zauranbek, M., Kunelbayev, M., Ishmurzin, T., Tokhtassyn, M., Abdulkhamit, N.

2025

International Conference on Artificial Intelligence Computer Data Sciences and Applications Acdsa 2025
0, с.

0

Цитирований
Research on the Relative Displacement Distribution of a Composite Plate with Built-In FBG Sensors

Kalizhanova, A., Kozbakova, A., Kunelbayev, M., Kartbayev, T., Kashaganova, G.

2025

Journal of Composites Science
9, с.

0

Цитирований
Experimental Studies of a Double-Circuit Solar Installation with Thermosiphon Circulation with A Heat Pump

Tyulepberdinova, G., Kunelbayev, M., Amirkhanova, G., Tolepberdinova, A.

2024

7th International Conference on Nuclear and Renewable Energy Resources Nurer 2024 Conference Proceedings
0, с. 133-144

0

Цитирований
Heat Pump System of Renewable Energy Sources Utilization As A Basis For The Development Of A Digital Twin

Amirkhanov, B., Kunelbayev, M., Tuylepberdinova, G., Mansurova, M., Amirkhanova, G.

2024

7th International Conference on Nuclear and Renewable Energy Resources Nurer 2024 Conference Proceedings
0, с. 166-179

0

Цитирований
Development of Mathematical Analysis for IoT Wearable Devices

Tyulepberdinova, G., Kunelbayev, M., Amirkhanova, G., Slamgazy, A.

2024

Proceedings 2024 7th Asia Conference on Cognitive Engineering and Intelligent Lnteraction Ceii 2024
0, с. 114-118

0

Цитирований
DigitalEgiz: Integration of a Digital Twin to Improve the Efficiency of a Single-Phase Inverter for a Photovoltaic Solar Module

Amirkhanov, B., Kunelbayev, M., Nurgazy, T., Tyulepberdinova, G., Adilzhanova, S., Amirkhanova, G.

2024

Proceedings 2024 7th Asia Conference on Cognitive Engineering and Intelligent Lnteraction Ceii 2024
0, с. 119-129

0

Цитирований
Improving Critical Infrastructure Protection: Assessment Methods, AI, Digital Twins

Adilzhanova, S., Rakhysh, A., Amirkanova, G., Tyulepberdinova, G., Kunelbayev, M., Ilessova, B.

2024

Proceedings 2024 7th Asia Conference on Cognitive Engineering and Intelligent Lnteraction Ceii 2024
0, с. 130-134

0

Цитирований
Development of an adaptive two-phalanx grip model for robotic manipulators

Iron, K.B., Sandugash, M., Murat, K., Yerbol, T., Maksat, A.

2024

International Journal of Innovative Research and Scientific Studies
7, с. 653-662

0

Цитирований
Simulation of a Fiber-Optic Bragg Sensor with a Tilted Grid

Kalizhanova, A., Kunelbayev, M., Kozbakova, A., Aitkulov, Z.

2024

IEEE Instrumentation and Measurement Magazine
27, с. 67-75

1

Цитирований
Assembling and testing optoelectronic system to record and process signals from fiber-optic sensors

Kalizhanova, A., Kozbakova, A., Wojcik, W., Kunelbayev, M., Amirgaliyev, B., Aitkulov, Z.

2024

Indonesian Journal of Electrical Engineering and Computer Science
35, с. 812-822

0

Цитирований
Demodulation and Vibration Signal Systems for Photonic Fiber Optic Pressure Sensor

Kalizhanova, A., Kunelbayev, M., Wojcik, W., Kozbakova, A., Urmashev, B., Akhsutova, A.

2024

International Journal of Mechanics
18, с. 1-8

0

Цитирований
Development and research of a remote patient monitoring system

Tyulepberdinova, G., Kunelbayev, M., Mansurova, M., Amirkhanova, G., Oralbekova, Z.

2024

International Journal of Innovative Research and Scientific Studies
7, с. 317-329

4

Цитирований
Sensor Systems for Measuring Force and Temperature with Fiber-Optic Bragg Gratings Embedded in Composite Materials

Kalizhanova, A., Kozbakova, A., Kunelbayev, M., Aitkulov, Z., Utegenova, A., Imanbekova, U.

2024

Journal of Composites Science
8, с.

1

Цитирований
Development of a digital twin of a network of heating systems for smart cities on the example of the city of Almaty

Tyulepberdinova, G., Kunelbayev, M., Shiryayeva, O., Sakypbekova, M., Sarsenbayev, N., Bayandina, G.

2024

International Journal of Electrical and Computer Engineering
14, с. 6656-6674

0

Цитирований
AI-enabled digital twins: soft computing methods for industrial data mining

Kunelbayev, M., Amirkhanov, B., Zauranbek, M., Abdulkhamit, N., Adilzhanova, S., Nurgazy, T.

2024

Proceedings of the 3rd International Conference on Intelligent Computing and Next Generation Networks Icngn 2024
0, с.

2

Цитирований
Development of a patient health monitoring system based on the internet of things with a module for predicting vital signs

Zaitin, Y., Mansurova, M., Kunelbayev, M., Tyulepberdinova, G., Sarsembayeva, T., Shomanov, A.

2024

Indonesian Journal of Electrical Engineering and Computer Science
33, с. 518-529

1

Цитирований
Comparison of the parameters of a flat solar collector with a tubular collector to ensure energy flexibility in smart buildings

Kunelbayev, M., Mansurova, M., Tyulepberdinova, G., Sarsembayeva, T., Issabayeva, S., Issabayeva, D.

2024

International Journal of Innovative Research and Scientific Studies
7, с. 240-250

7

Цитирований
Experimental study of a temperature measurement system for an overhead power line using sensors based on TFBG

Kalizhanova, A., Kunelbayev, M., Wojcik, W., Kozbakova, A.

2024

International Journal of Innovative Research and Scientific Studies
7, с. 180-188

2

Цитирований
Bridge Vibration Analysis Using Fiber-Optic Bragg Sensors with an Inclined Grid

Kalizhanova, A., Kunelbayev, M., Kozbakova, A.

2024

IEEE Instrumentation and Measurement Magazine
27, с. 43-48

5

Цитирований
Development of a wearable monitor to identify stress levels using internet of things

Zholdas, N., Postolache, O., Mansurova, M., Belgibaev, B., Kunelbayev, M., Sarsembayeva, T.

2024

Indonesian Journal of Electrical Engineering and Computer Science
33, с. 1486-1499

1

Цитирований
Analysis of thermal characteristics of a solar heat supply system with thermosiphon circulation

Nazgul, T., Zamira, A., Ysman, O., Ayaulym, T., Ardak, T., Farida, T., Murat, K.

2023

International Journal of Mechanics
17, с. 99-105

0

Цитирований
EXPERIMENTAL ANALYSIS OF A SOLAR WATER HEATER WITH A THERMOSIPHONE FOR DOMESTIC APPLICATIONS IN THE SOUTH-EAST OF KAZAKHSTAN

Kunelbayev, M., Mansurova, M., Kurt, E., Amirkhanova, G., Baigarayeva, Z.

2023

Kaznu Bulletin Mathematics Mechanics Computer Science Series
117, с. 63-78

0

Цитирований
Development of an optoelectronic system for recording and processing signals from fiber-optic sensors

Kalizhanova, A., Kozbakova, A., Kunelbayev, M., Aitkulov, Z.

2023

International Journal of Mechanics
17, с. 87-92

0

Цитирований
Calculation of temperature data from an automatic solar heat supply system

Kunelbayev, M., Ixanov, S., Imanbek, B., Omarov, R., Dauren, O.

2023

International Journal of Power Electronics and Drive Systems
14, с. 622-629

0

Цитирований
Thermodynamic Analysis of an Experimental Model of a Solar-Heat Supply System

Kunelbayev, M., Bigaliyeva, Z., Tuleshov, Y., Ibekeyev, S., Kerimkulov, D.

2023

Processes
11, с.

2

Цитирований
Development and Research of a Two-Contour Solar System in the Lorawan Network

Murat, K., Binara, I., Talgat, S., Gulnur, T., Sulu, I., Lida, S.

2023

Wseas Transactions on Heat and Mass Transfer
18, с. 51-58

2

Цитирований
Algorithm for Enhancing Event Reconstruction Efficiency by Addressing False Track Filtering Issues in the SPD NICA Experiment

Amirkhanova, G., Mansurova, M., Ososkov, G., Burtebayev, N., Shomanov, A., Kunelbayev, M.

2023

Algorithms
16, с.

0

Цитирований
Development of a method for regenerative braking of an electric scooter

Serykhanovna, B.Z., Utebayev, R., Baktybayev, M., Temirzhanov, A., Merkebekovich, K.M.

2023

International Journal of Power Electronics and Drive Systems
14, с. 1331-1344

2

Цитирований
Development of methods and computational algorithms parallelepiped in the presence of temperature and heat exchange

Rysgul, K., Azat, T., Rakhatay, A., Anarbay, K., Murat, K., Arshidinova, M., Aliya, Z., Bayan, K.

2023

International Journal of Mechanics
17, с. 57-63

1

Цитирований
A Mathematical Model of an Automated Control System for Heat Regulation in a Building

Telgozhayeva, F., Arici, M., Kunelbayev, M., Tyulepberdinova, G., Spabekova, Z., Berdygulova, A., Shaken, Y.

2023

Wseas Transactions on Systems and Control
18, с. 231-242

1

Цитирований
Modeling and Designing Subsystem of Fiber-Optic Sensors for Diagnostics and Control of Mechanical Structures Health in Differential System

Kalizhanova, A., Kunelbayev, M., Kozbakova, A., Aitkulov, Z., Malikova, F., Zhilkishbayeva, Z.

2023

Ubmk 2023 Proceedings 8th International Conference on Computer Science and Engineering
0, с. 69-74

0

Цитирований
COMPARATIVE ANALYSIS OF A FLAT SOLAR COLLECTOR AND FLAT SOLAR COLLECTOR WITH CHEMICAL COATING

Amirgaliyev, Y., Kunelbayev, M., Ormanov, T., Sundetov, T., Daulbayev, S.

2022

Thermal Science
26, с. 147-156

3

Цитирований
TEMPERATURE ANALYSIS OF A FLAT SOLAR COLLECTOR USING ALUMINUM NANOFLUIDS

Kunelbayev, M., Vyazigin, S., Kurt, E.

2022

Kaznu Bulletin Mathematics Mechanics Computer Science Series
114, с. 71-79

1

Цитирований
A variational approach for estimating the temperature distribution in the body of a rectangular parallelepiped shape

Rysgul, K., Azat, T., Rakhatay, A., Anarbay, K., Murat, K., Dauren, K., Arshidinova, M.

2022

International Journal of Mechanics
16, с. 65-74

0

Цитирований
Experimental Outcomes of Comparing Tilted Fiber Bragg Gratings Sensor to Existing Conventional Bragg Sensors

Kalizhanova, A., Kunelbayev, M., Kozbakova, A., Yedilkhan, D., Aitkulov, Z., Orazbekov, Z.

2022

International Journal of Mechanics
16, с. 108-114

0

Цитирований
Design of decision-making support system in power grid dispatch control based on the forecasting of energy consumption

Kalantayevskaya, N., Koshekov, K., Latypov, S., Savostin, A., Kunelbayev, M.

2022

Cogent Engineering
9, с.

5

Цитирований
Calculation of the Energy of a Two-Circuit Solar System with Thermosiphon Circulation Based on the Internet of Things

Amirgaliyev, Y., Kunelbayev, M., Sundetov, T.

2022

Green Energy and Technology
0, с. 321-333

1

Цитирований
Development of mathematical and computer models of fiber-optic sensors, based on periodic Bragg structures

Kalizhanova, A., Kunelbayev, M., Kozbakova, A., Aitkulov, Z., Orazbekov, Z.

2022

International Journal of Mechanics
16, с. 28-36

0

Цитирований
Experimental Testing and Numerical Simulation of a Single-Circuit Solar Water Heater with a Thermosiphon

Kunelbayev, M., Guldana, T., Assel, A., Zhumasheva, Z., Sholpan, T., Meiramgul, K., Laura, D., Aiman, K.

2022

Wseas Transactions on Environment and Development
18, с. 894-898

0

Цитирований
Methods for Measuring EMC in Telecommunications Systems

Jamanshalov, M., Kunelbayev, M., Mansurova, M., Amirkhanova, G., Tyulepberdinova, G., Alimova, M., Tergeussizova, A.

2022

Wseas Transactions on Systems and Control
17, с. 300-304

2

Цитирований
Thermal Loss Analysis of a Flat Plate Solar Collector Using Numerical Simulation

Merembayev, T., Amirgaliyev, Y., Kunelbayev, M., Yedilkhan, D.

2022

Computers Materials and Continua
73, с. 4627-4640

8

Цитирований
DEVELOPING APPLICATION TECHNIQUES OF KINEMATICS AND SIMULATION MODEL FOR INMOOV ROBOT

Kenshimov, C., Sundetov, T., Sarzhan, M., Kunelbayev, M., Kutubayeva, M., Amandykuly, A.

2022

Eastern European Journal of Enterprise Technologies
4, с. 79-88

1

Цитирований
Development of Fiber-Optic Sensors System, Based on Fiber Bragg Gratings

Kalizhanova, A., Kunelbayev, M., Wojcik, W., Kozbakova, A., Aitkulov, Z., Malikova, F.

2022

Journal of Ecological Engineering
23, с. 98-106

0

Цитирований
Development of Mathematical Model for Solar Heat Supply Thermal Pump

Amirgaliyev, Y., Kunelbayev, M., Dasibekov, A.

2022

Advances in Science Technology and Innovation
0, с. 137-146

0

Цитирований
Improving the Efficiency of Environmental Temperature Control in Homes and Buildings

Kunelbayev, M., Amirgaliyev, Y., Sundetov, T.

2022

Energies
15, с.

3

Цитирований
Developing the system of collecting, storing and processing information from solar collectors

Wojcik, W., Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Kozbakova, A., Sundetov, T., Yedilkhan, D.

2021

International Journal of Electronics and Telecommunications
67, с. 65-70

2

Цитирований
Analysis of Energy and Exergy of a Two-Circuit Solar Installation with Thermosiphon Circulation

Kunelbayev, M., Omarov, R., Kurt, E., Omar, D.

2021

Wseas Transactions on Environment and Development
17, с. 1191-1200

1

Цитирований
Computation of temperature, deformation and pressure in engineering and building structures using fiber Bragg sensor with tilted grating in Kazakhstan

Kalizhanova, A., Kunelbayev, M., Kozbakova, A., Aitkulov, Z., Orazbekov, Z.

2021

Materials Today Proceedings
50, с. 1333-1340

7

Цитирований
Using machine learning algorithms to detect anomalies in the solar heating system

Kunelbayev, M., Assel, A., Guldana, T.

2021

International Journal of Mechanics
15, с. 270-275

0

Цитирований
Development of a verbal robot hand gesture recognition system

Kenshimov, C., Sundetov, T., Kunelbayev, M., Amirgaliyeva, Z., Yedilkhan, D., Auelbekov, O.

2021

Wseas Transactions on Systems and Control
16, с. 573-583

3

Цитирований
PREDICTION of STRENGTH PROPERTIES of NATURAL FIBER-POROUS COMPOSITES by NEURAL NETWORKS

Yussupova, L., Sokolovskiy, A., Munasipov, S., Kulkaeva, L., Kunelbayev, M.

2021

Materials Physics and Mechanics
47, с. 613-620

1

Цитирований
Methodology of computing electric energy consumption by thermal pump system and seasonal efficiency

Kunelbayev, M., Yedilhan, D., Amirgaliyev, B., Auelbekov, O., Katayev, N.

2020

International Journal of Mechanical and Production Engineering Research and Development
10, с. 1227-1244

0

Цитирований
Mathematical Substantiation of Principal Parameters of Thermosiphon Effect for Solar Heating

Kunelbayev, M., Ormanov, T., Sundetov, T., Amirgaliyev, M.

2020

2nd International Conference on Electrical Communication and Computer Engineering Icecce 2020
0, с.

1

Цитирований
Robot Singular Motion at Onward Travelling and Kinematics Problem Solving and Covering of Workspace and Global Asymptotic Control

Kalimoldayev, M., Mukanova, B., Akhmetzhanov, M., Kunelbayev, M.

2020

2nd International Conference on Electrical Communication and Computer Engineering Icecce 2020
0, с.

0

Цитирований
Development of Experimental-Trial Pattern of Double-Circuit Solar Installation

Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Kozbakova, A., Daulbayev, S., Auelbekov, O.

2020

2nd International Conference on Electrical Communication and Computer Engineering Icecce 2020
0, с.

0

Цитирований
Determination of the main parameters of the photovoltaic solar module

Urmashev, B.A., Kunelbayev, M., Temirbekov, A.N., Kassenov, S., Zhaksylykova, Z., Amenova, F.

2020

E3s Web of Conferences
191, с.

0

Цитирований
Mathematical justification of thermosyphon effect main parameters for solar heating system

Yedilkhan, A., Murat, K., Beіbut, A., Aliya, K., Ainur, K., Tumur, M., Azhibek, D.

2020

Cogent Engineering
7, с.

8

Цитирований
Research and Calculation of the Coefficient for the Solar Radiation of a Flat Solar Collector

Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Yedilkhan, D., Auelbekov, O., Kataev, N., Kozbakova, A.

2019

Arpn Journal of Engineering and Applied Sciences
14, с. 7685-7692

0

Цитирований
Exergy Calculation Analysis of Differing Solar Collector Systems in Various Climate Conditions of Kazakhstan

Belyaev, Y., Baiseitov, D., Kunelbayev, M., Umarov, A., Satymbekov, M.

2019

Arpn Journal of Engineering and Applied Sciences
14, с. 7709-7713

0

Цитирований
EXERGY ANALYSIS OF DOUBLE-CIRCUIT FLAT SOLAR COLLECTOR WITH THERMOSYPHON CIRCULATION

Wójcik, W., Kalimoldayev, M., Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Kozbakova, A., Merembayev, T.

2019

Informatyka Automatyka Pomiary W Gospodarce I Ochronie Srodowiska
9, с. 35-39

1

Цитирований
Study of convective heat transfer in flat plate solar collectors

Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Amirgaliyev, B., Kozbakova, A., Auelbekov, O., Kataev, N.

2019

Wseas Transactions on Systems and Control
14, с. 129-137

8

Цитирований
The graphic analytical method of flat solar collector energetic and optical characteristics

Amirgaliyev, Y.N., Kunelbayev, M., Merembayev, T., Daulbayev, S., Irzhanova, A.

2019

International Journal of Mechanical and Production Engineering Research and Development
9, с. 1749-1760

3

Цитирований
Predicting heating time, thermal pump efficiency and solar heat supply system operation unloading using artificial neural networks

Yedilkhan, A., Murat, K., Aliya, K., Ainur, K., Beіbut, A.

2019

International Journal of Mechanical and Production Engineering Research and Development
9, с. 221-232

4

Цитирований
Development and research of the control algorithm and software of solar controller for double-circuit solar collectors with thermosiphon circulation

Amirgaliyev, Y., Kunelbayev, M., Amirgaliyev, B., Sundetov, T., Yedilkhan, D., Merembayev, T.

2019

5th International Conference on Power Generation Systems and Renewable Energy Technologies Pgsret 2019
0, с.

3

Цитирований
Methodology of computing the entropy generation and researching the thermal characteristics for thermosiphon flat solar collector

Amirgaliyev, Y., Kunelbayev, M., Auelbekov, O., Kalizhanova, A., Kozbakova, A., Katayev, N.

2019

5th International Conference on Power Generation Systems and Renewable Energy Technologies Pgsret 2019
0, с.

0

Цитирований
Computation of heat quantity, thermal detector filling coefficient and peformance of single circuit solar system with thermo siphon circulation

Kunelbayev, M., Auelbekov, O., Katayev, N., Kalizhanova, A., Yedilkhan, D., Kozbakova, A., Daulbayev, S.

2019

Ecology Environment and Conservation
25, с. 822-830

0

Цитирований
Information systems of integrated machine learning modules on the example of a verbal robot

Kalimoldayev, M., Akhmetzhanov, M., Kunelbayev, M., Sundetov, T.

2019

News of the National Academy of Sciences of the Republic of Kazakhstan Series of Geology and Technical Sciences
6, с. 215-222

3

Цитирований
Theoretical prerequisites of electric water heating in solar collector-accumulator

Amirgaliyev, Y., Wójcik, W., Kunelbayev, M., Merembayev, T., Yedilkhan, D., Kozbakova, A., Auelbekov, O., Kataev, N.

2019

News of the National Academy of Sciences of the Republic of Kazakhstan Series of Geology and Technical Sciences
6, с. 54-63

4

Цитирований
Development and research of exergy analysis of a solar thermal installation with a heat pump

Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Kozbakova, A., Merembayev, T.

2019

Journal of Advanced Research in Dynamical and Control Systems
11, с. 2597-2605

0

Цитирований
Solution of numerical and statistical data and construction of prediction model by means of computer-aided learning program light gbm for solar heat supply «flat solar collector +heat pump» system

Amirgaliyev, Y., Kunelbayev, M., Kalizhanova, A., Kozbakova, A., Aigerim, A.

2019

Journal of Advanced Research in Dynamical and Control Systems
11, с. 2733-2745

0

Цитирований
Investigation of the rotor core and poles double-rotor hydro generator for micro hydro power plants

Zhamalov, A., Kunelbayev, M.

2018

Journal of Engineering Science and Technology Review
11, с. 13-18

0

Цитирований
Performance calculation of solar water heating unit at a petrol filling station

Rabat, O.Z., Absametov, D., Kunelbayev, M.M., Hasanov, E.L., Mykhalevskiy, D.V., Abdrashitova, R.N., Salnikova, Y.I.

2018

Periodico Tche Quimica
15, с. 589-598

12

Цитирований
Solar-driven resources of the Republic of Kazakhstan

Amirgaliyev, Y.N., Kunelbayev, M., Wójcik, W., Kalizhanova, A.U., Auelbekov, O.A., Kataev, N.S., Kozbakova, A.K., Irzhanova, A.A.

2018

News of the National Academy of Sciences of the Republic of Kazakhstan Series of Geology and Technical Sciences
3, с. 18-27

11

Цитирований
Calculation and selection of flat-plate solar collector geometric parameters with thermosiphon circulation

Amirgaliyev, Y., Kunelbayev, M., Wójcik, W., Amirgaliyev, B., Kalizhanova, A., Auelbekov, O., Kataev, N., Kozbakova, A.

2018

Journal of Ecological Engineering
19, с. 176-181

18

Цитирований
Dynamic simulation of a solar hot water heating system for Kazakhstan climate conditions

Yedilkhan, A., Merembayev, T., Kunelbayev, M.

2018

14th International Conference on Electronics Computer and Computation Icecco 2018
0, с.

3

Цитирований
Calculation of heat output of the combined system with a solar collectors and heat pump

Omarov, R., Keshuov, S., Omar, D., Baibolov, A., Tokmoldayev, A., Kunelbayev, M.

2017

Journal of Engineering and Applied Sciences
12, с. 1590-1598

4

Цитирований
Hybrid system for using renewable sources of energy for local consumers in agriculture

Keshuov, S., Omarov, R., Tokmoldayev, A., Omar, D., Kunelbayev, M., Amirseit, S.

2017

Journal of Engineering and Applied Sciences
12, с. 1296-1306

9

Цитирований
Determination of basic operating parameters of Solar Photovoltaic modules for farms

Omarov, R., Keshuov, S., Omar, D., Kunelbayev, M., Amirseit, S.

2017

Journal of Engineering and Applied Sciences
12, с. 5761-5766

0

Цитирований
Integrated system for the use of solar energy in animal farm

Omarov, R., Abdygaliyeva, S., Omar, D., Kunelbayev, M.

2017

Scientia Iranica
24, с. 3213-3222

8

Цитирований
Experimental studies of a heat pump with microprocessor control on an animal farm

Omarov, R., Stoyanov, I., Demessova, S., Kunelbayev, M., Yerzhigitov, Y.

2017

International Journal of Applied Engineering Research
12, с. 14259-14267

1

Цитирований
Experimental research of solar energy plant based on tube solar collectors

Kunelbayev, M.M., Ponomarev, A.A., Medvedev, A.D., Mykhalevskiy, D.V., Meltsov, V.Y., Kuvaev, A.S.

2017

Ecology Environment and Conservation
23, с. 2022-2027

0

Цитирований
Resources of obtaining biogas in the republic of Kazakhstan

Kunelbayev, M.M., Kadyrov, M.A., Ponomarev, A.A., Bulatov, N.K., Mukhamadeyeva, R.M.

2017

Ecology Environment and Conservation
23, с. 2090-2095

9

Цитирований
Factor of catching of solar radiation of a tubular heat receiver with a cellular transparent covering

Kunelbayev, M., Auyelbekov, O., Katayev, N., Silnov, D.S.

2016

International Journal of Applied Engineering Research
11, с. 4066-4072

18

Цитирований
Method for studying the tubular solar collector testing in a laboratory

Kunelbayev, M., Mekebayev, N., Kabdoldina, A., Seidildayeva, A., Silnov, D.S.

2016

Journal of Theoretical and Applied Information Technology
88, с. 525-529

17

Цитирований
The study of agricultural techniques of cultivation of new varieties of winter wheat under drip irrigation

Yeraliyeva, Z.M., Kunelbayev, M., Ospanbayev, Z.O., Kurmanbayeva, M.S., Kolev, T.P., Kenesbayev, S.M., Newsome, A.S.

2016

Asian Journal of Microbiology Biotechnology and Environmental Sciences
18, с. 779-785

3

Цитирований
The study of agricultural techniques of cultivation of new varieties of winter wheat under drip irrigation

Yeraliyeva, Z.M., Kunelbayev, M., Ospanbayev, Z.O., Kurmanbayeva, M.S., Kolev, T.P., Kenesbayev, S.M., Newsome, A.S.

2016

Asian Journal of Microbiology Biotechnology and Environmental Sciences
18, с. 781-787

2

Цитирований
Modeling of the water-wheel with a water stream by means of the computer program «Flo Wision»

Zhamalov, A., Kunelbayev, M.

2015

International Journal of Applied Engineering Research
10, с. 45517-45521

0

Цитирований
Electromagnetic field disk generator for wind turbines

Zhamalov, A.Z., Kunelbayev, M., Issaev, S.A., Tugelbayeva, G.T.

2014

Life Science Journal
11, с. 369-373

0

Цитирований
Research and optimization a cone of a sucking away pipe in micro hydroelectric power station

Zhamalov, A.Z., Kunelbayev, M.M.

2014

International Multidisciplinary Scientific Geoconference Surveying Geology and Mining Ecology Management Sgem
1, с. 603-610

0

Цитирований
Capacity and power characteristics of disk generator with counter-rotation of double-rotor wind turbine

Zhamalov, A.Z., Obozov, A.D., Kunelbayev, M.M., Baikadamova, L.S.

2013

Middle East Journal of Scientific Research
15, с. 1655-1662

4

Цитирований
Electrical parameters of disk generator for micro hydro power station

Zhamalovich Zhamalov, A., Dhumabekovich Obozov, A., Merkebekovich Kunelbayev, M., Estebekovich Isaev, R.

2013

World Applied Sciences Journal
26, с. 907-910

0

Цитирований