In today’s rapidly developing information technology, we have crossed the analog, digital, network, and mobile eras, entering a new era of artificial intelligence and even embodied intelligence. In this process, the importance of embedded IoT technology has become increasingly prominent. With the continuous improvement of hardware performance, using operating systems for development has become mainstream. RT-Thread, as a domestic open-source embedded IoT operating system, has been widely used in many fields due to its neutral third-party nature, advanced architecture, powerful functions, and prosperous community.
From November 9 to 10, RT-Thread will jointly hold an embedded operating system development and practice training event with Renesas Electronics. We sincerely invite all teachers interested in microcontrollers, IoT, embedded systems, computers, electronic information, measurement and control instruments, automation, and other related majors and courses to participate in this training. We look forward to your enthusiastic participation!
Organizer:
Shanghai Ruisaide Electronics Technology Co., Ltd., Renesas Electronics
Training Target:
Teachers from universities across the country in IoT, embedded systems, electronic information, computer, artificial intelligence, and related majors.
Training Time:
November 9 to 10, 2023, 10:00 – 16:00
Training Method:
Online Tencent Meeting
Equipment Used:
This training will rely on the RA6M3 HMI Board development board. If you need a kit, please contact Luo Qixi!
Registration Method:
You can scan the QR code below to register directly ↓
You can also click the link to register online:
https://jinshuju.net/f/dPJMcj
Training Outline
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Schedule |
Time |
Content |
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Day 1 |
Morning |
Theory: Introduction to RT-Thread and Renesas Experiment:
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Theory: Thread Concepts, Thread Control Blocks, Thread Attributes; Scheduler Experiment: Learning RT-Thread Kernel based on HMI-Board – Using Threads |
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Theory: Concepts, Working Principles, and Control of Timers Experiment: Learning RT-Thread Kernel based on HMI-Board – Using Timers |
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Theory: Memory Heap Management |
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Afternoon |
Theory: Concepts, Working Principles, and Control Blocks of Semaphores Experiment: Learning RT-Thread Kernel based on HMI-Board – Semaphore Synchronization Experiment: Producer-Consumer |
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Theory: Concepts, Working Principles of Mutexes, Priority Inheritance, Control Blocks Experiment: Learning RT-Thread Kernel based on HMI-Board – Mutex Protecting Critical Sections Experiment: Priority Inheritance |
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Theory: Concepts, Working Principles, and Control Blocks of Message Queues Experiment: Learning RT-Thread Kernel based on HMI-Board – Using Message Queues |
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Day 2 |
Morning |
Theory: Introduction to Device Driver Framework, Principles, and Usage Experiment: Learning RT-Thread Peripherals based on HMI-Board – Using PIN, UART |
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Theory: Introduction to Package Mechanism and Usage, Using WLAN Framework Experiment: Learning RT-Thread Peripherals based on HMI-Board – Using WLAN Framework |
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Afternoon |
Theory: Concepts, Principles, and Applications of Network Programming Experiment: Learning Network Programming based on HMI-Board – Connecting to Wi-Fi Network using RW007, Adding TCP, MQTT Packages |
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Theory: Introduction and Usage of TCP, MQTT Protocols Experiment: Using TCP Server Packages + Using MQTT Client Software in Conjunction with Packages for MQTT Network Communication |
Contact Information for Training
Contact Person: Luo Qixi
Contact Number: 13632716562 (same number for WeChat)
Email: [email protected]
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