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所在平台: Udemy |
课程主页: https://www.udemy.com/course/internet-of-things-iot-from-scratch-to-advance/
课程评论：没有评论
课程名称：学习基于物联网的自动化系统 课程概述： 在这门课程中，您将获得从零开始规划和构建物联网系统的实用经验。课程将帮助您深入理解物联网（IoT）及其开发方法，让您能够简单地设计和实现任何物联网项目。课程内容旨在简明易懂，包括物联网技术的基本概念、工作原理、网络架构、构建物联网所需的各种组件以及如何通过无线连接对其进行远程控制。此外，您还将了解云计算的功能及其应用。 课程将涵盖以下内容： 1) 由经验丰富的学者制作的短小精悍的视频讲座。 2) 物联网技术的介绍与基础知识，以及其在未来科技中的重要性。 3) 了解物联网网络架构。 4) 学习如何使物体变得智能，包括使用传感器、执行器和继电器来收集和控制信息。 5) 与多种微控制器（如Arduino Uno、Node MCU、ESP32、HC05）进行学习和实践。 6) 理解物联网网关的作用，如何通过网关（如ZigBee、LoRa WAN、NB-IoT）连接设备并进行信息传输。 7) 使用Arduino IDE编程。 8) 连接设备并将信息发送到云平台。 9) 使用API和HTTP方法在云平台上上传和分析传感器数据。 学习成果： - 使用Arduino Uno进行LED闪烁操作。 - 制作LED闪烁电路连接。 - 使用Arduino IDE编写闪烁代码。 - 使用Node MCU8266在云平台上读取LM35温度传感器数据。 - 连接LM35和Node MCU到Arduino Uno。 - 编写代码读取LM35传感器，并利用Arduino IDE上传和分析数据。 适合对象： - 所有科学和工程专业的学生，包括获得学位、文凭或高级学位的学生。 - 根据新教育政策（NEP）2020，毕业工程师和本科生的项目课程要求，学习此课程将非常适合。 - 适合所有教师希望提升技能，及对这一颠覆性技术感兴趣的技术爱好者。 通过这门课程，您将打开通往物联网项目的新视野，为未来的职业发展打下坚实基础。
Hello there,As a thorough guide with hands-on experience in planning and building an IoT system from scratch, this course excels. You will have a solid understanding of the Internet of Things (IoT) and how to develop IoT-based initiatives. You will certainly love planning and creating any IoT-based project or system in simple steps.I tried to make this lesson as simple and helpful as possible. I guarantee that this course will help you gain a fundamental understanding of Internet of Things technology, including how it works, what IoT network architecture is used for, different parts used to build IoT networks, how to connect them wirelessly so you can control them from anywhere, how the cloud functions, and how to use it.After completing this course, all of your knowledge and skills will guide you towards an Internet of Things project that will give you new perspectives.1) Short and to-the-point videos lectures well authored by experienced and professional academicians2) Introduction & fundamentals of IoT technology, why is this in trend and rising as the most powerful and promising technology of the future?3) To know and learn IoT network Architecture4) To learn how to make things (objects) smart & how to work with different components of for instance sensors, actuators and relays to make things (objects ) smart, collect information and control them from anywhere , anytime5) To learn & work with different micro-controllers, for instance Arduino Uno, Node MCU , ESP32 ,HC056) To learn about IoT gateways, i.e how to connect things (devices) to send collected information over the internet with the help of IoT gateways, for instance ZigBee, LoRa WAN, NB-IoT7) To learn how to write code using the Arduino IDE.8) ) To learn how to connect devices and send information to cloud platform9) To Learn how to upload and analyze sensor data on cloud platform using an API and HTTP methods.What will you be able to learn in this course?How to blink LEDs using Arduino UnoHow to make LED blinking circuit connectionHow to write blinking code using Arduino IDEHow to read LM35 temperature sensor by node MCU8266 on cloud platformHow to connect LM35 and Node MCU with Arduino UnoHow to write code to read LM35 sensor using Arduino IDEHow to upload and analyze sensor data on cloud platformWho this course is for:·All scientific and engineering students should take this course. students with degrees, diplomas, or advanced degrees.Because Pro-Sem has been made essential for all engineering students to complete in order to obtain their degree under the New Education Policy (NEP) 2020, Graduate engineers and Undergraduate students who have their Pro-Sem curriculum are best suited for this course.This course is appropriate for students in schools where the ATL curriculum is required for all students in accordance with the New Education Policy (NEP) 2020.This course is appropriate for all teachers looking to update their skills as well as technology enthusiasts who are interested in learning more about this game-changing innovation.
