ESP32 is one of the commonly used hardware platforms in Internet of Things (IoT) applications.
1. Smart Home Field: Smart home appliance control, environmental monitoring and regulation, security systems
2. Industrial Internet of Things Field: Equipment status monitoring, production data collection, intelligent control and automation
3. Agricultural Internet of Things Field: Farmland environment monitoring, intelligent irrigation control, livestock and poultry breeding management
4. Healthcare Field: Remote health monitoring, intelligentization of medical equipment
5. Smart City Field: Intelligent transportation, environmental monitoring, smart lighting
Advantages of ESP32 in IoT applications: strong wireless communication capability, high-performance processing capability, rich peripheral interfaces, low-power consumption characteristics, and abundant open-source ecology.
As a high-performance Wi-Fi and Bluetooth dual-mode microcontroller, the ESP32 series has become an ideal choice for Internet of Things (IoT) development due to its excellent cost performance, rich peripheral interfaces and powerful processing capabilities.
APP software: online learning, independent appointment, training video replay, personalized teaching
Automatic driving completion: voice and video explanation, error analysis and prompt
Automatic driving software guidance: collect all operations of students on the vehicle, compare them with standard operation methods and processes, and guide students' operation process in real time
Safety protection system: 1. Image recognition system + radar obstacle system, which actively intervenes in brake control to ensure the safety of students; 2. Speed and accelerator limitation to avoid risks caused by misoperation
An intelligent teaching system integrating image recognition, processing, control, management and cloud storage, which creates a new teaching and management mode. It has the advantages of intelligent teaching, saving driving school costs, facilitating management, etc. Students can save learning time and improve learning efficiency, thus realizing a trinity dynamic framework of driving, coach and student.
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