Main / Information technology / Artificial intelligence and big data / Кунелбаев Мурат Меркебекович
First higher education
| Educational institution | Квалификация | Expiration date |
|---|---|---|
| КазГНУ им. аль-Фараби | Высшее | 1997 |
Academic degree
| File name | Headline | Description |
|---|---|---|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Simulators of human-machine interaction |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Simulators of human-machine interaction |
|
|
Inter-machine interaction M2M |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Operations Research |
|
|
Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Non-Linear Control Systems |
|
|
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 |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
LoT Methods and Tools |
|
|
Non-Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
Digital Сircuitry |
|
|
Inter-machine interaction M2M |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Linear Control Systems |
|
|
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) |
|
|
Digital Сircuitry |
|
|
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) |
|
|
Non-Linear Control Systems |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Wireless communication protocols of IoT Devices |
|
|
Inter-machine interaction M2M |
|
|
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 |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Digital Circuitry |
|
|
Inter-machine interaction M2M |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Simulators of human-machine interaction |
|
|
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) |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Inter-machine interaction M2M |
|
|
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 |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Inter-machine interaction M2M |
|
|
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 |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Household Automation Actuators and Sensors |
|
|
Household Automation Actuators and Sensors |
|
|
Household Automation Actuators and Sensors |
|
|
Simulators of human-machine interaction |
|
|
Nonlinear System of Automatic Control |
|
|
Inter-machine interaction M2M |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
Household Automation Actuators and Sensors |
|
|
LoT Methods and Tools |
|
|
Digital Сircuitry |
|
|
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 |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Linear Control Systems |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
Non-Linear Control Systems |
|
|
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) |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Inter-machine interaction M2M |
|
|
Non-Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Wireless communication protocols of IoT Devices |
|
|
Wireless communication protocols of IoT Devices |
|
|
Wireless communication protocols of IoT Devices |
|
|
Operations Research |
|
|
Operations Research |
|
|
Wireless communication protocols of IoT Devices |
|
|
Wireless communication protocols of IoT Devices |
|
|
Wireless communication protocols of IoT Devices |
|
|
Nonlinear System of Automatic Control |
|
|
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 |
|
|
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) |
|
|
Wireless communication protocols of IoT Devices |
|
|
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 |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Non-Linear Control Systems |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Сircuitry |
|
|
Linear Control Systems |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Linear Control Systems |
|
|
Operations Research |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
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 |
|
|
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 |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
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) |
|
|
Inter-machine interaction M2M |
|
|
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) |
|
|
Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Operations Research |
|
|
Operations Research |
|
|
Non-Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
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 |
|
|
Digital Circuitry |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Electronics |
|
|
Electronics |
|
|
Digital Сircuitry |
|
|
Operations Research |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
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 |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
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) |
|
|
Non-Linear Control Systems |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Wireless communication protocols of IoT Devices |
|
|
Digital Сircuitry |
|
|
Non-Linear Control Systems |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
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 |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
Inter-machine interaction M2M |
|
|
Wireless communication protocols of IoT Devices |
|
|
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 |
|
|
Linear Control Systems |
|
|
Wireless Technology for Internet of Things (MINOR) |
|
|
TIA Portal 1 Simulators |
|
|
Linear Control Systems |
|
|
Operations Research |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Household Automation Actuators and Sensors |
|
|
Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Nonlinear System of Automatic Control |
|
|
Linear Control Systems |
|
|
Digital Сircuitry |
|
|
Simulators of human-machine interaction |
|
|
Internet of Things System Design |
|
|
Non-Linear Control Systems |
|
|
TIA Portal 1 Simulators |
|
|
Digital Сircuitry |
|
|
Internet of Things System Design |
|
|
Digital Circuitry |
|
|
Inter-machine interaction M2M |
|
|
Internet of Things System Design |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Simulators of human-machine interaction |
|
|
Digital Сircuitry |
|
|
Wireless communication protocols of IoT Devices |
|
|
Wireless communication protocols of IoT Devices |
|
|
Inter-machine interaction M2M |
|
|
Non-Linear Control Systems |
|
|
Wireless communication protocols of IoT Devices |
|
|
Household Automation Actuators and Sensors |
|
|
Linear Control Systems |
|
|
Wireless Technology for Internet of Things (MINOR) |
|
|
Nonlinear System of Automatic Control |
|
|
Wireless communication protocols of IoT Devices |
|
|
Simulators of human-machine interaction |
|
|
Introduction to Blockchain Technologies |
|
|
LoT Methods and Tools |
|
|
Non-Linear Control Systems |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Household Automation Actuators and Sensors |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Digital Circuitry |
|
|
Simulators of human-machine interaction |
|
|
Linear Control Systems |
|
|
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 |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Internet of Things System Design |
|
|
Wireless Technology for Internet of Things (MINOR) |
|
|
Operations Research |
|
|
Operations Research |
|
|
Operations Research |
|
|
Nonlinear System of Automatic Control |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Digital Circuitry |
|
|
Nonlinear System of Automatic Control |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
Linear Control Systems |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
Linear Control Systems |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Simulators of human-machine interaction |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Inter-machine interaction M2M |
|
|
Inter-machine interaction M2M |
|
|
TIA Portal 1 Simulators |
|
|
TIA Portal 1 Simulators |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
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) |
|
|
Digital Сircuitry |
|
|
Digital Сircuitry |
|
|
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) |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
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 |
|
|
Simulators of human-machine interaction |
|
|
Linear Control Systems |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Simulators of human-machine interaction |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Internet of Things System Design |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Simulators of human-machine interaction |
|
|
Digital Сircuitry |
|
|
Nonlinear System of Automatic Control |
|
|
Digital Circuitry |
|
|
TIA Portal 1 Simulators |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
LoT Methods and Tools |
|
|
Simulators of human-machine interaction |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Inter-machine interaction M2M |
|
|
Simulators of human-machine interaction |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
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 |
|
|
Linear Control Systems |
|
|
Digital Circuitry |
|
|
Digital Circuitry |
|
|
Wireless communication protocols of IoT Devices |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Wireless communication protocols of IoT Devices |
|
|
Linear Control Systems |
|
|
Inter-machine interaction M2M |
|
|
TIA Portal 1 Simulators |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Circuitry for the 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) |
|
|
TIA Portal 1 Simulators |
|
|
Non-Linear Control Systems |
|
|
TIA Portal 1 Simulators |
|
|
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 |
|
|
Simulators of human-machine interaction |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
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 |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
LoT Methods and Tools |
|
|
Household Automation Actuators and Sensors |
|
|
LoT Methods and Tools |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
Nonlinear System of Automatic Control |
|
|
LoT Methods and Tools |
|
|
Household Automation Actuators and Sensors |
|
|
Nonlinear System of Automatic Control |
|
|
Linear Control Systems |
|
|
Wireless Technology for Internet of Things (MINOR) |
|
|
Wireless communication protocols of IoT Devices |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Simulators of human-machine interaction |
|
|
Internet of Things System Design |
|
|
Inter-machine interaction M2M |
|
|
Digital Сircuitry |
|
|
Digital Circuitry |
|
|
Operations Research |
|
|
Non-Linear Control Systems |
|
|
Electronics |
|
|
Operations Research |
|
|
TIA Portal 1 Simulators |
|
|
LoT Methods and Tools |
|
|
TIA Portal 1 Simulators |
|
|
Household Automation Actuators and Sensors |
|
|
Digital Сircuitry |
|
|
Digital Circuitry |
|
|
Inter-machine interaction M2M |
|
|
Internet of Things System Design |
|
|
Simulators of human-machine interaction |
|
|
Wireless Technology for Internet of Things (MINOR) |
|
|
Circuitry for the Internet of Things (MINOR) |
|
|
Wireless communication protocols of IoT Devices |
|
|
Non-Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
Wireless communication protocols of IoT Devices |
|
|
Inter-machine interaction M2M |
|
|
Household Automation Actuators and Sensors |
|
|
Household Automation Actuators and Sensors |
|
|
Household Automation Actuators and Sensors |
|
|
Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Nonlinear System of Automatic Control |
|
|
Process Control Engineering and the Industrial Internet of Things |
|
|
Operations Research |
|
|
LoT Methods and Tools |
|
|
Household Automation Actuators and Sensors |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Non-Linear Control Systems |
|
|
Simulators of human-machine interaction |
|
|
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 |
|
|
Electronics |
|
|
Operations Research |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Wireless communication protocols of IoT Devices |
|
|
Electronics |
|
|
Operations Research |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
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 |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Electronics |
|
|
Operations Research |
|
|
Electronics |
|
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
0
Citations
0 по 0
documents
h-index
0
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
0
ЦитированийComparison 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
0
ЦитированийDevelopment 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
0
ЦитированийAnalysis 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
ЦитированийDevelopment 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
0
ЦитированийAlgorithm 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
ЦитированийDevelopment 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
0
ЦитированийA 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
0
ЦитированийEXPERIMENTAL 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
ЦитированийCalculation 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
ЦитированийA 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
ЦитированийExperimental 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
ЦитированийMethods 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
1
ЦитированийUsing 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
ЦитированийRobot 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
ЦитированийDetermination 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
ЦитированийExergy 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
ЦитированийInformation 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
ЦитированийIntegrated 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
6
ЦитированийMethod 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
ЦитированийThe 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
1
ЦитированийThe 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