项目概述 Project Overview
这是一个结合 Arduino 硬件、云端 IoT 架构与预测 AI 的实时坐姿监测系统。 通过超声波传感器实时检测用户与桌面的距离，结合多维评分算法评估坐姿质量， 并在云端进行数据采集与可视化分析。
A real-time posture monitoring system combining Arduino hardware, cloud-based IoT architecture, and predictive AI. It uses ultrasonic sensors to detect the user's distance from the desk, evaluates posture quality with a multi-dimensional scoring algorithm, and enables cloud-based data collection and visualization.
核心功能 Key Features
- Arduino + 超声波传感器 + OLED 显示屏集成
- Arduino + ultrasonic sensors + OLED display integration
- 多维评分算法（距离、稳定性、时长、活跃度）
- Multi-dimensional scoring algorithm (distance, stability, duration, activity)
- ThingSpeak 云端数据采集与可视化
- ThingSpeak cloud data collection and visualization
- 基于 500+ 时序数据样本的预测 AI 模型
- Predictive AI model with 500+ time-series data samples
技术栈 Tech Stack
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包含完整项目报告、Arduino 源代码、电路设计图及部署指引 Includes full project report, Arduino source code, circuit diagram, and deployment guide
$5.00 USD
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