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首页> 外文期刊>International Journal of Embedded Systems >Microcontroller design for security system: implementation of a microcontroller based on STM32F103 microchip
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Microcontroller design for security system: implementation of a microcontroller based on STM32F103 microchip

机译:用于安全系统的微控制器设计:基于STM32F103微芯片的微控制器的实现

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In the monitoring system, the server can crash at any time; therefore a low-cost performant microcontroller is implemented to enable the server to reset after crashing while protecting its data core, and then be able to display in real time the information saved during the crash. This paper encompasses a complete successful designed and tested microcontroller based on STM32F103C8T6 microchip. The design of the microcontroller through a printed circuit board (PCB) prototype, peripherals and chips was assembled to reset the server from the relay chip. The connection and data communication between the microcontroller and the server are via universal serial bus (USB) and J-link connection. The design is also using the AES256encryption algorithm to protect the data of the system. The simulation results show that after the server crashes, it can easily restart and run, avoiding hassles with insurance of protecting the data core of the system.
机译:在监控系统中,服务器可以随时崩溃; 因此,实现了低成本的性能微控制器,以使服务器在保护其数据核心时崩溃后要重置,然后能够实时显示在崩溃期间保存的信息。 本文包括基于STM32F103C8T6微芯片的完整成功的设计和测试的微控制器。 通过印刷电路板(PCB)原型,外围设备和芯片的微控制器设计,以重置来自继电器芯片的服务器。 微控制器和服务器之间的连接和数据通信通过通用串行总线(USB)和J-Link连接。 该设计还使用AES256ENCRYPITION算法来保护系统的数据。 仿真结果表明,在服务器崩溃后,它可以轻松重启和运行,避免使用保护系统数据核心的保险。

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