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基于树莓派的智能家居系统开发设计

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随着人工智能技术的兴起,大数据、云服务等创新技术蓬勃发展,互联网将虚拟世界的网络技术应用到了物理世界,开启了"万物互联"的崭新时代。目前市场上传统智能家居方案普遍面临开发成本高、安装布置困难、人机交互体验不佳等问题。针对传统智能家居方案所存在的问题,设计了一种基于树莓派开发设计的智能家居系统,利用树莓派进行数据运算和人机交互控制,同时通过单片机控制驱动模块实现家居的自动化和智能化。该系统由人脸识别门禁子系统、烟雾报警子系统、自动关窗子系统、语音交互子系统,以及网络数据采集子系统构成。经对各子系统功能进行相应测试,系统设计性能良好,运行结果可靠准确,实时性等功能指标符合预期。系统满足家居智能化需求,具有广泛的应用价值。
Development and Design of Smart Home System based on Raspberry Pi
With the rise of artificial intelligence,and the rapid development of innovative technologies such as big data and cloud services,the Internet has applied virtual world network technologies to the physical world,ushering in a new era of the"Internet of Everything".Currently,traditional smart home solutions in the market commonly face issues such as high development costs,difficulty in installation,and poor user interaction experiences.To address these problems,a smart home system used on Raspberry Pi had been designed.The system used Raspberry Pi for data processing and human-computer interaction control,while microcontrollers were employed to control driver modules,achieving home automation and intelligence.The system was composed of subsystems including facial recognition access control,smoke alarms,automatic window closing,voice interaction and network data collection.After conducting functional tests on each subsystem,the system demonstrated excellent performance,reliable and accurate operation,and meets real-time functional requirements as expected.The system satisfies the demands for home automation and has broad application value.

artificial intelligenceraspberry Piface recognitionsmart homevoice interaction

马永杰、李罡、刘庭伟、郭珂豪

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吉林化工学院信息与控制工程学院,吉林吉林 132022

白城师范学院机械与控制工程学院,吉林白城 137000

人工智能 树莓派 人脸识别 智能家居 语音交互

2024

吉林化工学院学报
吉林化工学院

吉林化工学院学报

影响因子:0.351
ISSN:1007-2853
年,卷(期):2024.41(7)