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Supply Chain Optimization Through AI

Supply Chain Optimization Through AI

The supply chain is a vast network, from raw materials to components and finished goods. Learn what types of AI algorithms are employed to predict disruptions and enhance optimization.


How To Efficiently Store High-Frequency Vibration Sensor Data

How To Efficiently Store High-Frequency Vibration Sensor Data

Learn best practices for storing both pre-processed and raw high-frequency vibration sensor data to maximize efficiency and accuracy for applications like predictive maintenance.


Applications of Industrial AI: Quality Control

Applications of Industrial AI: Quality Control

Several use cases for industrial AI get a lot of attention, like maintenance and process optimization. Learn how AI has been used for years to ensure high-quality product monitoring and output.


AI Algorithms Used in Predictive Maintenance

AI Algorithms Used in Predictive Maintenance

No doubt you have heard all about the use cases of AI and predictive maintenance. Learn about the algorithms that are actually used to provide analysis and insights based on industrial data sets.


Electrical Instruments and Gauges: Connection and Configuration

Electrical Instruments and Gauges: Connection and Configuration

In any process industry, transducers are the basic instrumentation unit for continuous monitoring of system variables that provide inputs for control system algorithms and outputs.


Industrial Maintenance: How AI Can Predict Failures Before They Happen

Industrial Maintenance: How AI Can Predict Failures Before They Happen

Predicting when maintenance should occur isn’t simply a matter of getting on board with the latest trend, it can save many thousands of dollars in lost downtime and unnecessary parts and labor.


Python Tutorial Part 10 | Mathematical Functions

Python Tutorial Part 10 | Mathematical Functions

While mathematical expressions are important in any programming language, the topic of math functions addresses not just the algorithms themselves, but the design of custom functions within Python.


Python Tutorial Part 9 | Conditional Flow: For Loops

Python Tutorial Part 9 | Conditional Flow: For Loops

Learn how to use ‘for loops’ in Python to create complex, iterable tasks such as modifying lists, combining lists into dictionaries, or iterating over a dictionary.


Python Tutorial Part 8 | Conditional Flow: While Loops

Python Tutorial Part 8 | Conditional Flow: While Loops

We’ll start exploring loops with the ‘while’ loop in this tutorial. Loops are critical in all programming languages, especially in the control world, where loops form the basis of PLC functionality.


Python Tutorial Part 7 | Conditional Flow: If Statements

Python Tutorial Part 7 | Conditional Flow: If Statements

The next part of our Python learning journey will touch upon control flow, critical to implementing logic in programs. The concept is broad and the first topic to cover will be if/elif statements.


Python Tutorial Part 6 | Data Structures: Sets

Python Tutorial Part 6 | Data Structures: Sets

Wrapping up the data structures portion of our journey are sets. This is the least frequently used data structure, but don’t write off the set just yet. Its efficiency and simplicity may provide value in manufacturing data processing.


Python Tutorial Part 5 | Data Structures: Tuples

Python Tutorial Part 5 | Data Structures: Tuples

As we approach the conclusion of Python data structures, we’ll examine the tuple. Used less frequently than lists and dictionaries, tuples do serve some handy use cases where immutability is a critical requirement.


Python Tutorial Part 4 | Data Structures: Dictionaries

Python Tutorial Part 4 | Data Structures: Dictionaries

Both lists and dictionaries can retain structured data in Python. The dictionary is unique in that it stores individual entries with human-readable logical names rather than index numbers.


Infrastructure From IT to OT: SCADA Platform Example with Ansible

Infrastructure From IT to OT: SCADA Platform Example with Ansible

High-level IT/OT integration in a manufacturing environment involves skills in networking communication and field equipment. This example involves automating remote connections between computers.


Python Tutorial Part 1 | What is Python and Where do I Start?

Python Tutorial Part 1 | What is Python and Where do I Start?

An introduction to the popular Python language and how to take the first step in learning programming. In this article, learn how to obtain the proper IDE and executable for your OS.


Tutorial: Arduino and AutomationDirect Merged in the ProOpen PLC

Tutorial: Arduino and AutomationDirect Merged in the ProOpen PLC

Having separately covered Arduino’s microcontroller platforms and AutomationDirect Productivity PLCs, it’s time to take the wheel of the ProOpen, a PLC that combines modularity with C++ programming.


Using a PLC to Track Data Within Automated Equipment

Using a PLC to Track Data Within Automated Equipment

There are a few options when it comes to tracking part data throughout a process or assembly of a machine. Follow along as we explain just a few of the more common methods.


Accelerating Pulp and Paper Processing with Advanced Process Control

Accelerating Pulp and Paper Processing with Advanced Process Control

Innovative pulp and paper operators are turning advanced process control, automated testing, and quality control system data into actionable business insights that improve operational efficiency all along the value chain.


How Is Your Code Backed Up? Maximizing DevOps in Industrial Automation

How Is Your Code Backed Up? Maximizing DevOps in Industrial Automation

Shifting from manual code backup processes to more modern, automated solutions can provide more benefits to manufacturers, far above simply the time saved compared to manual techniques.


Using Virtualization Technology to Enhance Industrial Control System

Using Virtualization Technology to Enhance Industrial Control System

Automated control systems incorporate virtualization technology to reduce physical hardware, automatically minimizing the cost of IT/OT equipment, installations, and maintenance efforts.