Abstract

In recent years, with the popularity of computers and smart phones and the development of intel- ligent building in electronics industry, people's requirement of living environment is gradually changing. The intelligent home furnishing building has become the new focus of people purchasing. And the networked home automation system which relies on the advanced network technology to connect with air conditioning, lighting, security, curtains, TV, water heater and other home furnishing systems into a local area network becomes a net- worked control system. μC /OS is a real-time operating system with the free open-source code, the compact structure and the preemptive real-time kernel. In this paper, the author focuses on the design of home furnishing total controller based on AMAZON multimedia processor and μC/OS-II real-time operating system, and achieves the remote access connection and control through the Ethernet.

Highlights

  • Nowadays, Internet and WIFI are connected all over the world, and the network has covered most parts of China

  • The networked home automation system which relies on the advanced network technology to connect with air conditioning, lighting, security, curtains, TV, water heater and other home furnishing systems into a local area network becomes a networked control system

  • The intelligent home furnishing building has become the new focus of people purchasing, and it is the force to drive real-estate developers to invest in luxury real-estate, and provide a new "people-oriented" home life experience

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Summary

INTRODUCTION

Internet and WIFI are connected all over the world, and the network has covered most parts of China. Management and control of home appliances at any time and in any place is likely to realize. The main contents of the study including design and commissioning of hardware, architecture, writing and debugging of control software are shown as follows:. (2) Hardware design and software program control of Ethernet module. (3) Construct a network of appliances with CAN fieldbus so that the system is connected to its remote control. MATEC Web of Conferences (4) Combine the system design with experiment through continuous experimentations and practices to improve the design of each module

SYSTEM OVERVIEW
OVERALL DESIGN
HARDWARE DESIGN
SOFTWARE COMPONENTS
Test result
CONCLUSION
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