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Assessing Buzzwords: Digital Transformation

Assessing Buzzwords: Digital Transformation

What does “digital transformation” really mean, and what are the technologies involved in the process? Further, which of these technologies are facilities adopting?


An Introduction to Genetic Programming: A System That Programs Itself?

An Introduction to Genetic Programming: A System That Programs Itself?

Can a system author itself? Genetic programming may represent the next revolution for control systems, robot navigation, pattern recognition, and more.


Data Flow Programming in LabVIEW

Data Flow Programming in LabVIEW

One of the most confusing concepts for new LabVIEW programmers is the concept of data flow programming. Data flow programming determines the run order of nodes, making some data available before others.


Programmable Logic Controller (PLC) Considerations for Robot Cells

Programmable Logic Controller (PLC) Considerations for Robot Cells

Programming, price, and safety are usually top considerations when choosing a PLC for a small robot cell. But how do each of these key considerations reflect in the day-to-day life of a control engineer?


Data Types Used in LabVIEW

Data Types Used in LabVIEW

LabVIEW uses different data types to store and convey information. Let’s review the most common types and how they are used in the program.


Simple File Output in LabVIEW

Simple File Output in LabVIEW

The scope of this article shows one method of writing data to a file using LabVIEW software, and when this type of data acquisition and recording is appropriate.


The Difference Between Linear and Nonlinear Finite Element Analysis (FEA)

The Difference Between Linear and Nonlinear Finite Element Analysis (FEA)

Finite element analysis (FEA) helps foster our understanding of the physical phenomena within engineering designs. Dive into FEA’s foundation and how it handles linear and nonlinear applications.


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.


LabVIEW Loops Explained

LabVIEW Loops Explained

In programming languages, loops control processes and instrumentation. Learn how to set up while loops, for loops, and other types of loops in LabVIEW.


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?


Fuel Cell HIL Simulation and HMI Control Techniques

Fuel Cell HIL Simulation and HMI Control Techniques

New control technology requires new interfaces. How can you implement fuel cell hardware-in-the-loop (HIL) simulations using an HMI?


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?


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?


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.


Finding and Calibrating Linear Regression in LabVIEW

Finding and Calibrating Linear Regression in LabVIEW

Analog signals like temperature create linear data. Let’s take a look at how to find the best-fit line, use the R^2 value, and calibrate the data in LabVIEW.


HVAC Engineering in AutoCAD and Revit

HVAC Engineering in AutoCAD and Revit

Trying to design industrial HVAC systems in AutoCAD? In this article, we explore AutoDesk’s flagship softwares AutoCAD and Revit, and their role in the HVAC designing industry.