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Optical Fiber: The Future of Industrial Communications?

Optical Fiber: The Future of Industrial Communications?

Fiber optics is a promising technology for the future of industrial automation. In this article, learn the history, fundamentals, and application of fiber optics.


What is Fuzzy Logic?

What is Fuzzy Logic?

Learn how to utilize fuzzy logic as a powerful tool in modern control applications.


What Is the Difference Between Profibus and Profinet?

What Is the Difference Between Profibus and Profinet?

An overview of the requirements, standards, applications, and main differences between Profinet and Profibus communication protocol, connectors, and evolution from its original technology.


Decision-making Structures in LabVIEW

Decision-making Structures in LabVIEW

Choosing between a select? structure and a case structure to form your decision-making structure in LabVIEW? In this article, we’ll review how each of these structures suits different applications.


Addressing AS-Interface (ASi)

Addressing AS-Interface (ASi)

ASi is a pioneering standard in automation technology that helps simplify and lower field device integration costs.


What is the Difference Between IoT and Cloud Computing?

What is the Difference Between IoT and Cloud Computing?

IoT infrastructure consists of many factory parts, one being cloud computing. Rather than ask how they’re different, let’s look into how they work together to form industry 4.0.


Error-proofing AI Algorithms

Error-proofing AI Algorithms

Humans are the root cause of errors in algorithms. To avoid errors in industrial algorithms for machine vision and other AI applications, control engineers must train, or “error proof,” their AI.


Cybersecurity in Centralized Vs. Decentralized Computing

Cybersecurity in Centralized Vs. Decentralized Computing

Centralized and decentralized computing have different cybersecurity needs. Let’s review the differences and some best practices.


Using LabView for Fuel Cell HIL Simulation and Testing

Using LabView for Fuel Cell HIL Simulation and Testing

Fuel cell simulation, modeling, and testing are vital to the expansion of fuel cell usage. But how can engineers specifically use LabVIEW for fuel cell hardware-in-the-loop (HIL) system simulation and testing?


LabVIEW Environment Deep Dive

LabVIEW Environment Deep Dive

Graphical programming language LabVIEW uses front panels, block diagrams, a controls palette, and a functions palette to design control systems. Let’s take a deep dive into each of these and their functionalities.


Combining Machine Vision and Neural Networks in IIoT

Combining Machine Vision and Neural Networks in IIoT

As IIoT and Industry 4.0 continue to grow, so do its technologies. Machine vision is becoming more widely used in the industry, and IIoT pushes it to become more and advanced as time progresses.


An Overview of Neural Networks

An Overview of Neural Networks

What are neural networks, how do you establish basic parameters, and what tools can help?


Introduction to Fuel Cell HIL Simulation

Introduction to Fuel Cell HIL Simulation

Fuel cell use is picking up in manufacturing and industrial automation. But what is a fuel cell, how is it different from traditional power sources, and what are some common hardware-in-the-loop (HIL) simulation options?


Types of Machine Learning (ML) Algorithms for Modeling and Controlling Fluid Dynamics

Types of Machine Learning (ML) Algorithms for Modeling and Controlling Fluid Dynamics

Fluid flow and control are often used in the wastewater, food and beverage, and chemical industries. Which types of machine learning (ML) algorithms are best suited for fluid dynamics?


Huffman Coding for Data Compression

Huffman Coding for Data Compression

Learn the steps of Huffman coding, a simple and effective lossless data compression algorithm.


Examples of Machine and Human-readable Data in Industrial Fluid Dynamics

Examples of Machine and Human-readable Data in Industrial Fluid Dynamics

How can engineers analyze human- and machine-readable data in several industrial applications, such as thermal management and HVAC systems?


An Overview of Fracture Mechanics in Industrial Applications

An Overview of Fracture Mechanics in Industrial Applications

Always cracking your HMI? Learn how fracture mechanics strives to model and understand how cracks form and propagate.


A History of Industrial Revolutions and How They’ve Impacted Manufacturing

A History of Industrial Revolutions and How They’ve Impacted Manufacturing

Each industrial revolution has had an impact on factories. Are we going through a fourth revolution?


Learning About Algorithms One Step at a Time

Learning About Algorithms One Step at a Time

Algorithms can involve complicated programming. However, they didn’t start out that way. This article dives into basic algorithms like sorting and image generation.


The Three Levels of a Factory Network

The Three Levels of a Factory Network

What makes a factory network? There are three levels: device, control, and enterprise. What does each level consist of, and how is it used in a factory network?