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RTDs vs. Thermocouples in Control Systems

RTDs vs. Thermocouples in Control Systems

Control systems can utilize temperature sensors such as RTDs or thermocouples. Which device is best for your application?


Introduction to Micro PLCs

Introduction to Micro PLCs

Micro PLCs are quite similar to their larger PLC brethren. What are the major differences, advantages, and disadvantages of micro PLCs?


Genetic Algorithm Examples: Evolving a Sorting Program and Symbolic Regression

Genetic Algorithm Examples: Evolving a Sorting Program and Symbolic Regression

Learn about symbolic regression in genetic programming, one of the breaking fields of research for algorithm development that can be used in the control systems of tomorrow.


Assessing Buzzwords: Industry 5.0

Assessing Buzzwords: Industry 5.0

American history has undergone several industrial revolutions largely focused on mass production. Are we heading into a fifth revolution focused on human-machine interaction?


An Introduction to Track Conveyance Systems

An Introduction to Track Conveyance Systems

What are track conveyance systems, and how are they different from traditional belt conveyor systems?


Genetic Operators in Evolutionary Algorithms

Genetic Operators in Evolutionary Algorithms

Learn about genetic operators and their role in future genetic algorithms for automation.


Assessing Buzzwords: X “as a Service” (XaaS)

Assessing Buzzwords: X “as a Service” (XaaS)

XaaS, or the service model, has grown in the last several years. Pop-up terms like “SaaS,” “IaaS,” and “RaaS” are seen throughout the industry. But what do they mean, and do they provide dependable ROI?


Why are 6-axis Robot Arms so Common?

Why are 6-axis Robot Arms so Common?

In the typical articulated arm structure, six axes of motion are often seen as a standard design target. Why is six that target, and what are the benefits and losses from more or fewer axes?


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?


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.


How to Design a Fuzzy Logic Controller

How to Design a Fuzzy Logic Controller

Let’s review how fuzzy logic and ladder logic work together, how to design a fuzzy logic controller, and some advantages and disadvantages of using fuzzy logic.


Data Science for Control Systems

Data Science for Control Systems

Data science is a multidisciplinary field crucial to modern automation. In this article, learn about data science concepts and best practices.


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.


What is a Data Lake?

What is a Data Lake?

Learn the fundaments of data lakes and how they are important to digital transformation under Industry 4.0.


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.


What is Fuzzy Logic?

What is Fuzzy Logic?

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


Pain Points and Solutions in Laser Welding: Melt Flow and Asymmetric Parts

Pain Points and Solutions in Laser Welding: Melt Flow and Asymmetric Parts

We finish exploring some challenges and trends in laser welding with melt flow and asymmetric parts.


Pain Points and Solutions in Laser Welding: Cracking

Pain Points and Solutions in Laser Welding: Cracking

We continue our exploration of some challenges and trends in laser welding. This article explores cracking.


Pain Points and Solutions in Laser Welding: Porosity

Pain Points and Solutions in Laser Welding: Porosity

Explore the biggest challenges and trends in laser welding, starting with porosity.