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This article introduces the key indicators, statistical schemes, application scenarios, and signal content design for pipeline equipment monitoring. By monitoring the operating status of the equipment, equipment failures can be detected in a timely manner to ensure the normal operation of the pipeline.

本文详细介绍了电梯监控的关键指标、统计方案和应用场景。通过监控电梯的运行状态、能耗、震动情况、门开闭时间、运行速度和温度等，及时发现电梯故障，确保电梯安全高效运行。

本文介绍了流水线设备状态监控的关键指标、统计方案、应用场景以及信号内容设计。通过监控设备运行状态，及时发现设备故障，保证流水线的正常运行。

本文详细介绍了项目操作的前提条件、MQTT客户端管理的新增和编辑操作步骤，提供了图文并茂的操作指南，帮助用户顺利完成相关操作。

Understand the core data structure and installation method of the data flow link in the Go IoT development platform, and optimize the data processing flow of IoT projects.

本文详细介绍了项目操作的前提条件、MQTT客户端管理的新增和编辑操作步骤，提供了图文并茂的操作指南，帮助用户顺利完成相关操作。

了解Go IoT开发平台中数据流转链路的核心数据结构和安装方式，优化物联网项目的数据处理流程。

This chapter summarizes the basic knowledge of IoT, covering the definition of IoT, the three-layer architecture model of IoT, and its applications in smart homes, industry, agriculture, healthcare, and other fields.

In-depth end of MQTT

Quickly start an MQTT service with Docker and test it using an MQTT client visualization tool

How to interact with MQTT services in Java, Golang, and Python

本章总结了物联网基础知识，涵盖物联网定义、物联网三层架构模型及其在智能家居、工业、农业、医疗等领域的应用。

深入结束MQTT

Docker快速启动一个MQTT服务，并使用MQTT客户端可视化工具进行测试

Java 、Golang 、Python中如何与MQTT服务交互

This article details how to deploy the Go IoT development platform in a local environment, including prerequisites, environment setup steps, project deployment steps, and port usage, helping developers quickly get started and efficiently manage IoT projects.

Understand the calculation rules in the Go IoT development platform, master data calculation logic and core concepts, and improve the data processing capabilities of IoT projects.

本文详细介绍了如何在本地环境中部署Go IoT开发平台，包括前置条件、环境搭建步骤、项目部署步骤以及端口使用情况，帮助开发者快速上手并高效管理物联网项目。

了解Go IoT开发平台中的计算规则，掌握数据计算逻辑和核心概念，提升物联网项目的数据处理能力。