The Role of IoT Asset Tagging in the Healthcare Sector

Due to technological advancements, the healthcare industry has undergone many changes over the years. A significant development is the use of asset tagging to enhance outcomes. IoT asset tracking is a tool that allows for real-time tracking and monitoring of equipment, supplies, and even patients themselves. This article will explore the benefits and applications of … Read more

Career Directions and Prospects for IoT Engineering Professionals

The Internet of Things (IoT), as a core area of the new generation of information technology deeply integrated with the real economy, is reshaping the global industrial landscape. Its employment directions exhibit multi-layered and cross-industry characteristics, covering the entire industrial chain from hardware development, software design, data analysis, system integration to security protection. By 2025, … Read more

Successful Report Activity of the IoT Engineering Mentorship Program

School of Information Engineering To help first-year students quickly adapt to their professional studies and cultivate practical innovation abilities, the “Mentorship Program Report Activity” was successfully held this semester in Classroom 208 of Building Two. This event was organized in groups guided by instructors, with all first-year students participating in the report, showcasing their learning … Read more

Open Source IoT Health Monitoring System: Empowering New Possibilities for Healthcare in Remote Areas

Click the top left corner“MDPI Engineering Science” to follow us for more latest news. The COVID-19 pandemic has had a profound impact on global healthcare systems, particularly exposing the inadequacies in resource allocation and technology application in developing countries. Remote areas, due to a lack of medical facilities and shortage of professionals, struggle to achieve … Read more

New Book Recommendation: Internet of Things Communication and Intelligent Sensing – Theory and Practice

“Internet of Things Communication and Sensing: Theory and Practice” ISBN: 9787302683834 Authors: Wang Jiliang, Tong Shuai Price: 69 Yuan Comprehensively introduces the fundamental principles and implementations of Internet of Things communication and sensing, closely aligned with the forefront of the field; Combining theory and practice, covering basic knowledge, specific cases, and implementation code, providing a … Read more

Five Major Myths About IoT Security

The value generated by data far exceeds the value of global goods trade —— McKinsey, “Digital Globalization” (2016) There are billions of connected IoT devices globally. These devices span multiple industries, whether they are security cameras, health monitoring devices, or simple office printers, they possess transformative power. However, with the explosive growth of connected technology, … Read more

ESP32Time: Mastering Time to Enhance Your ESP32 Projects

In the development of ESP32 projects, time management is crucial. It allows you to precisely control program execution, complete scheduled tasks, log data, and even implement complex timing functions. The ESP32Time library has emerged to provide a series of convenient APIs, enabling developers to easily retrieve and set the time of the ESP32’s internal RTC, … Read more

Quick Access to the Matter Protocol with ESP32: A 10-Minute Tutorial from Code Configuration to Device Control

The following are the detailed steps for quickly accessing the Matter protocol with ESP32, covering environment setup, code configuration, compilation and flashing, and testing and validation, helping developers quickly implement Matter functionality on ESP32 devices: 1. Hardware Preparation •Recommended Development Boards: ○ESP32-S3-BOX: Integrated touchscreen and sensors, supports Matter over Wi-Fi. ○ESP32-WROOM-32: Basic model, requires an … Read more

Interrupt Management and Configuration in FreeRTOS Development

1. Interrupt Priority <span>Cortex-M</span> series cores (such as <span>M3/M4/M7</span>) use the <span>NVIC</span> (Nested Vectored Interrupt Controller) to support interrupt nesting and priority management. It employs a grouping mechanism that divides interrupt priority into two parts: Preemption Priority: Determines whether the current interrupt can interrupt other interrupts. Subpriority: Determines the response order when preemption priorities are … Read more