Technology peripherals
AI
Gizwits IoT low-power adapter board GE211 + Gizwits APP remote control lamp
Gizwits IoT low-power adapter board GE211 + Gizwits APP remote control lamp
To realize the intelligence of hardware, in addition to the hardware itself, it is also necessary to implement: intelligent cloud platform, mobile APP, and networking modules. Each field requires the support of a professional team. Manufacturers or developers only need to focus on their own product hardware, because Gizwits provides a complete solution. Realize hardware intelligence with minimal cost and risk, and obtain maximum value-added products.
The manufacturer has already burned the Gizwits firmware. Let's play with this gadget when I have free time this Sunday.
The bottom of the picture below is the protagonist of this article. I have soldered the USB serial port to the corresponding position of the module.
Now log in to Gizwits official website, click on the developer center and create a project
Here I chose the simplest light bulb project
Click Create in the picture above, and the following interface will appear. On the left are the PK and PS generated this time, which will be used in the future
Because I am using the ESP32 module this time, I have to select the Espressif module for the module information. It is usually necessary to select a suitable MCU or SOC solution and provide automatically generated function functions and network configuration functions for writing and calling code.
I am lazy here and directly simulate the MCU on the computer. Add a new product in the debugging assistant, fill in the PK and PS just generated into the corresponding positions, and then click "OK".
Click the Simulate MCU option, open the serial port, and debug if the handshake data appears successfully in the communication window.
You need to use an APP for network distribution. First, use your mobile phone to scan the QR code on the official website to download a Gizwits Cloud distribution network APP.
Open the APP, click on the network configuration in the upper right corner, and click one-click configuration.
Computer debugging assistant here also clicks AILINK
Then click the light switch on the mobile APP, and the status on the right side of the debugging assistant will be reflected immediately. The code in the communication window is the MCU serial port reception we want, and then determines the level of the IO port or PWM pulse adjustment.
I don’t have the MCU in hand, so I’ll stop here for the time being. If you are interested in this, you can log in to Gizwits' official website and developer community, which provide detailed development steps.
The above is the detailed content of Gizwits IoT low-power adapter board GE211 + Gizwits APP remote control lamp. For more information, please follow other related articles on the PHP Chinese website!
Hot AI Tools
Undresser.AI Undress
AI-powered app for creating realistic nude photos
AI Clothes Remover
Online AI tool for removing clothes from photos.
Undress AI Tool
Undress images for free
Clothoff.io
AI clothes remover
AI Hentai Generator
Generate AI Hentai for free.
Hot Article
Hot Tools
Notepad++7.3.1
Easy-to-use and free code editor
SublimeText3 Chinese version
Chinese version, very easy to use
Zend Studio 13.0.1
Powerful PHP integrated development environment
Dreamweaver CS6
Visual web development tools
SublimeText3 Mac version
God-level code editing software (SublimeText3)
Hot Topics
1377
52
What are the roles of artificial intelligence and machine learning in the Internet of Things?
Jan 30, 2024 pm 11:21 PM
The integration of artificial intelligence (AI) and machine learning (ML) into Internet of Things (IoT) systems marks an important progress in the development of intelligent technology. This convergence is called AIoT (artificial intelligence for the Internet of Things), and it not only enhances the capabilities of the system, but also changes the way IoT systems operate, learn and adapt in the environment. Let’s explore this integration and what it means. The Role of Artificial Intelligence and Machine Learning in IoT Enhanced Data Processing and Analytics Advanced Data Interpretation: IoT devices generate massive amounts of data. Artificial intelligence and machine learning can cleverly cull this data, extract valuable insights, and identify patterns that are invisible to a human perspective or traditional data processing methods. Predictive analytics uses artificial intelligence and machine learning to predict future trends based on historical data
Is robotic IoT the future of manufacturing?
Mar 01, 2024 pm 06:10 PM
Robotic IoT is an emerging development that promises to bring together two valuable technologies: industrial robots and IoT sensors. Will the Internet of Robotic Things become mainstream in manufacturing? What is the Internet of Robotic Things? The Internet of Robotic Things (IoRT) is a form of network that connects robots to the Internet. These robots use IoT sensors to collect data and interpret their surroundings. They are often combined with various technologies such as artificial intelligence and cloud computing to speed up data processing and optimize resource utilization. The development of IoRT enables robots to sense and respond to environmental changes more intelligently, bringing more efficient solutions to various industries. By integrating with IoT technology, IoRT can not only realize autonomous operation and self-learning, but also
Practical experience in Java development: using MQTT to implement IoT functions
Nov 20, 2023 pm 01:45 PM
With the development of IoT technology, more and more devices are able to connect to the Internet and communicate and interact through the Internet. In the development of IoT applications, the Message Queuing Telemetry Transport Protocol (MQTT) is widely used as a lightweight communication protocol. This article will introduce how to use Java development practical experience to implement IoT functions through MQTT. 1. What is MQT? QTT is a message transmission protocol based on the publish/subscribe model. It has a simple design and low overhead, and is suitable for application scenarios that quickly transmit small amounts of data.
The current state of manufacturing in 2024: full digitalization
Feb 28, 2024 pm 06:10 PM
Across the world, manufacturing in particular seems to have gradually overcome the difficulties during the pandemic and the supply chain disruptions of a few years ago. However, manufacturers are expected to face new challenges by 2024, many of which can be solved through wider application of digital technologies. Recent industry research has focused on the challenges manufacturers face this year and how they plan to respond. A study from the State of Manufacturing Report found that in 2023, the manufacturing industry is facing economic uncertainty and workforce challenges, and there is an urgent need to adopt new technologies to solve these problems. Deloitte made a similar point in its 2024 Manufacturing Outlook, noting that manufacturing companies will face economic uncertainty, supply chain disruptions and challenges in recruiting skilled labor. no matter what the situation
Christie: dual drive of technology + innovation brings unlimited possibilities
Apr 23, 2024 am 08:10 AM
As a technology company driven by innovation, Christie is able to provide comprehensive solutions, rich industry experience and a complete service network in intelligent audio-visual technology. At this year's InfoCommChina, Christie brought RGB pure laser projectors, 1DLP laser projectors, LED video walls, and content management and processing solutions. At the event site, a large-scale customized outer spherical dome specially designed for astronomical displays became the focus of the scene. Christie named it "Sphere Deep Space", and the Christie M4K25RGB pure laser projector gave it "green vitality" . Mr. Sheng Xiaoqiang, senior technical service manager of the Commercial Business Department in China, said: It is not difficult to realize an outer spherical dome projection, but it can be made smaller and the color
How IoT sensors and AI are revolutionizing smart buildings
Apr 12, 2024 am 09:10 AM
With the continuous development of smart technology, smart buildings have become a powerful force in today's construction industry. In the rise of smart buildings, Internet of Things (IoT) sensors and artificial intelligence (AI) have played a crucial role. Their combination is not just a simple technical application, but also a complete subversion of traditional building concepts, bringing us a more intelligent, efficient and comfortable building environment. Over the past few years, and especially in the wake of the COVID-19 pandemic, the challenges facing building management have increased and evolved as expectations for facilities managers have changed and viability needs have expanded. The shift to more integrated and flexible work environments within offices is also changing the way commercial buildings are used, requiring real-time visibility into building usage, occupant trends
C++ development experience sharing: Practical experience in C++ IoT programming
Nov 22, 2023 pm 07:59 PM
Practical Experience of C++ Internet of Things Programming The Internet of Things (IoT) is a hot topic that has attracted much attention in recent years. It connects various devices and sensors to each other to achieve information sharing and intelligent control. In the development of the Internet of Things, C++, as a powerful programming language, has the characteristics of high performance and efficiency, so it is widely used in the field of the Internet of Things. In this article, I will share some practical experience accumulated in C++ IoT programming, hoping to provide some useful reference for developers.
Application of data modeling in the Internet of Things
Jan 13, 2024 pm 12:51 PM
With the further development of big data and artificial intelligence, the Internet of Things is increasingly developing in the direction of AIOT. The Internet of Things infrastructure will become a new generation of information infrastructure, forming a trinity of "Internet of Things", "Digital Internet" and "Intelligent Internet" architecture. The collection, storage, analysis, mining and intelligent application of IoT infrastructure data are very important. To this end, we need to systematically model IoT data and establish a complete and standard IoT data modeling system to provide basic guarantees. In this way, we can better analyze, mine and apply IoT data and further promote the development of IoT. The object model aims to standardize and semantically describe, identify and manage objects, and promote the intelligence and efficiency of the Internet of Things. IoT ontology modeling: Purpose: To solve the problem of "what is an object?"
