The STM32 MCU seminar in Shenzhen from 9th to 17th has been signed up. The current prison night shift management controller project uses STM32L051 MCU as the main control, responsible for sensor data collection and algorithm analysis. And communicate with NB-IOT module. Complete remote monitoring, control, and management. This project can be directly applied to smart medical care and real-time monitoring of the elderly in nursing homes. SOS warning, automatic alarm for elderly heart rate and abnormal breathing.
I hope to get the STM32F429I-DISC1 development board. Since I work in a broadcast station, I am going to make a transmitter data monitoring host computer.
My own recommendation: Get close to the STM32 technical team, stand at the forefront, master the latest technology, lead the future, and sincerely invite you to participate in the ST National Seminar! Development board expected to be obtained: First choice: STM32F723E-DISCO Usage plan: STM32F723E-DISCO has a high-speed USB experience, and a large number of sensors and LCDs on board, providing users with rich peripheral interfaces. Currently, we are developing better smart wearable devices. We hope to use the above functions to test the high-speed and low-power smart blood pressure meter, as well as the ECG data collection function, to understand the user's health status over a period of time.
I once attended an ST event in Wuxi in 2013. At that time, I had not started using ST chips at work. I was lucky enough to get a board at the seminar. Later, I slowly learned and used it at work. In the past few years, I have been using ST chips, both 8-bit and 32-bit. I feel that they are quite good. There are many routines and they are very convenient to use. I hope to get a board to continue learning.
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