Imaging

Optimizing Next-gen Machine Vision Platform To Enhance Automated Inspection

With machine vision’s development and growth in the Industry 4.0 environment, the higher computing performance becomes essential to acquire high resolution images at high speeds, and expanding FOV (field of view). The associated hardware must therefore significantly enhance reliability, to guarantee smooth operation of the production line. Read this white paper to know more about characteristics the next-gen machine vison platform need.

Posted in: White Papers, Imaging, Manufacturing & Prototyping, Machinery & Automation, Robotics

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Combating Driver Fatigue with Mobile Surveillance

Driver fatigue is a leading cause of traffic accidents for heavy-duty vehicles such as mining trucks, excavators, bulldozers, cranes, cargo trucks, and buses. Their drivers need a rapid alert system to keep them awake and on the road. Find out about an in-vehicle surveillance platform that uses a camera to monitor drivers for fatigue, analyzing video in real-time to activate alerts and wireless communications.

Posted in: White Papers, Automotive, Communications, Electronics & Computers, Cameras, Displays/Monitors/HMIs

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Introduction to Machine Vision Inspection

Product inspection with machine vision is vastly superior to manual inspection or using photoelectric sensors. With some basic knowledge and tools you can create a reliable, repeatable inspection process that will make your production line safer and more efficient. Download the whitepaper to learn how to dramatically improve production performance with easy-to-apply inspection applications.

Posted in: White Papers, Imaging, Machine Vision, Machinery & Automation, Robotics

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Introduction to Machine Vision

A guide to automating process & quality improvements Get the basics of how machine vision technology works and why it's the right choice for automating process and quality improvements. The Introduction to Machine Vision whitepaper is the first step to understanding, what is machine vision, what kind of problems does it solve, what components do you need to build a vision system, how to get the most out of your vision system, and more. Read this whitepaper to see why automated inspection is vastly superior to manual techniques.

Posted in: White Papers, Machine Vision, Machinery & Automation

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Boosting Machine Vision with Built-in FPGA Image Preprocessing

Since imaging processing tasks can consume major CPU resources in machine vision applications, increasing processing performance within size constraints is, accordingly, a common challenge for solution providers. The following discusses the efficacy of FPGA in addressing such performance shortcomings, presents the image processing tasks most suitable for FPGA, and compares the capabilities of CPU and FPGA in operation. A built -in FPGA image preprocessing solution supporting machine vision app lications is then presented.

Posted in: White Papers, Imaging, Optics, Photonics, Machinery & Automation, Robotics

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The Dusk of Fire-Wire, The Dawn of USB 3.0: Advancements and critical aspects of camera interfaces for next generation vision systems

Before 2011, many system designs were built on the most popular interface at the time: FireWire. This technology is slowly becoming obsolete and is commonly being replaced by USB 3.0, the new predominant interface for industrial and scientific cameras. In this paper we will outline why people are making the upgrade from FireWire to the USB 3.0 interface, and why USB 3.0 is here to stay.

Posted in: White Papers, Imaging, Medical, Optics, Photonics

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Mikrotron Cameras Bring Accuracy, High Performance, and Flexibility to 3D Trajectory Reconstruction

Static two-dimensional images have proven to be of great analytical value, but analysis in more dynamic environments depends upon accurate and continuous imaging of three-dimensional volumes. Fluid motion often presents that type of dynamic environment. For example, turbulent fluid flow through irregular media — such as water flow along a gravel streambed — is almost impossible to represent with a closed-form mathematical model. To study such situations, researchers turn to a technique called 3D particle tracking velocimetry, or 3D-PTV. Mikrotron cameras have proven to be invaluable elements of high-performance 3D-PTV systems.

Posted in: White Papers, Imaging

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