The Research And The Application Of QP-nano Embedded System Framework On The Arduino

With the development and progress of science and technology, embedded technologyhas penetrated into all walks of our life. It is convenient for people’s life and learning.While the Arduino is representative of the embedded micro-controller controller.Theapplication is very extensive. But the Arduino embedded micro-controller controller storagespace and the power supply is limited. while the traditional RTOS (real-time operatingsystem) or the kernel requires more memory space. So the Arduino embeddedmicro-controller controller isn’t ideal suitable for this kind of system. While the emergenceof the QP-nano embedded system framework solved this problem.QP-nano designed for low-end of the single chip micro controller. It usually onlyrequires a few hundred bytes RAM and a few thousand bytes ROM. QP-nano embeddedsystem framework contains a preemptable kernel QK-nano a simple collaborativescheduling kernel vanilla. It can do what RTOS can do. The tiny size of QP-nano systemframework is very suitable for using in the low end of the micro controller in developingevent-driven applications.When there is nothing need to do, the CPU switches to alow-power sleep mode, which is very suitable for low power consumption products.QP-nano embedded system framework can perfectly solved this difficult problem.This article detailed introduces the QP-nano embedded system framework and itsrelated technology. Then it introduces the Arduino embedded micro-controller controller.the research and study of the embedded micro-controller on the Arduino source code. QP-nano embedded system framework transplantate on the Arduino embedded micro-controllercontroller.The popularization of We Chat public platform control the Arduino embeddedmicro-controller controller switch. This breakthrough in other research areas will have greatsignificance.This paper on the Arduino embedded micro-controller controller transplant the QP-nano embedded system framework. It very good solute the problem of the traditional RTOS(real-time operating system) or the kernel requiring more memory space and powerconsumption. This article control the switch of the Arduino embedded micro-controller controller through We Chat public platform, which is one of the highlights of this article.Atthe same time,this paper also introduced We Chat public platform to control the switch ofthe Arduino embedded micro-controller controller. The network has introduced to theArduino embedded micro-controller controller. this in the future of smart home, etc., is agreat inspiration.It is conducive to the development of other computers technology.