Real-time control systems are a key driving force in the development of modern systems, with embedded processing playing an indispensable role at their core. The core task of these systems is to perform precise sensing of the physical world; analog signals from the motor control system, such as current, voltage waveforms, and position sensors, are … Read more
Edge AI is an effective supplement to cloud computing power and a necessary tool for the implementation of AI applications. It has significant long-term growth potential and is currently in the early stages of an explosion. As the scope of AI applications expands, the overall demand for computing power is increasing, and personalized needs for … Read more
Artificial Intelligence (AI), as a revolutionary technology, is profoundly changing how we live and work. Traditionally, AI primarily relied on cloud computing for large-scale data processing and analysis. However, with the development of edge computing technology, edge artificial intelligence has gradually emerged. Edge AI refers to bringing AI to the device end, enabling data processing … Read more
The development of computing over the past 30 years can be roughly divided into three stages: in 1995, Microsoft Windows ushered in the PC era dominated by x86 architecture CPUs; in 2007, Apple’s iPhone opened the smartphone era dominated by Arm architecture; and in 2012, the success of the convolutional neural network AlexNet based on … Read more
Industrial Internet of Things The Industrial Internet of Things refers to the application of the Internet of Things in industry, with manufacturing being the largest application area and the biggest industry for IoT spending. This includes sectors such as aviation, electronics, oil, automotive, tires, heavy industry, coal mining, and steel. As the internet dividend gradually … Read more
This article is from “Control Engineering China” (CONTROL ENGINEERING China) March 2017 issue, originally titled: Effectively Use Mobile HMI to Enhance Factory Efficiency Once mobile devices can connect to the Industrial Internet of Things (IIoT) and access real-time production data, they can assist decision-makers when they need this information and improve factory operations. Data collection … Read more
The Internet of Things can almost transform any object into a source of information about that object. It creates a new way to distinguish between products and services and a new source of value that can be self-managed—information and insights. The Industrial Internet of Things expands the competitive landscape for manufacturing enterprises beyond product functionality … Read more
Author Information Cheng Xin Global Partner at Bain & Company Chairman of High-Tech Business in Greater China Zhu Yonglei Global Partner at Bain & Company Chairman of Strategic Business in Greater China Introduction In the last issue, we explored how technology companies can win in the new AI era across three major areas. Beyond the … Read more
Click the “blue text” above and select “mark as favorite“ Key messages delivered on D1 time! This article discusses five factors organizations should consider when adopting a successful industrial IoT strategy and provides supporting examples illustrating how industrial IoT can enhance efficiency and reduce costs. The industrial IoT has over 50 years of development history … Read more
When discussing expectations for the future intelligent world, the Internet of Things (IoT) is undoubtedly one of the standard answers. While the vision is promising, achieving it is not easy, especially in industrial production processes, where “connectivity” means achieving higher interoperability, flexibility, and seamlessness. To achieve this goal, we need to eliminate the data communication … Read more