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Camera ApplicationsLife Sciences

What is a flow cytometer and how does it work?

Balaji S
Embedded vision technology plays an important role in flow cytometers. They enable the acquisition, analysis, and interpretation of large amounts of cellular data in real
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Unleashing the Power: A Guide to Model Inference and Visualizing Output with EdgeECAM50_USB

Suresh Madhu
Model inference is a crucial step in deploying machine learning models for practical applications such as Image and Object Recognition, medical diagnosis, and more. The
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Bring your own Model (BYOM) and deploy it with EdgeECAM50_USB

Suresh Madhu
Custom vision AI models can train and customize vision-based machine learning models to tackle specific tasks like image classification, object detection, or image segmentation. With
Camera ApplicationsLife Sciences

What is a programmable camera? Why do modern medical applications need it?

Balaji S
The role of programmable cameras in the modern medical industry has been unprecedented. Thanks to the latest embedded vision advancements, they can now deliver real-time
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e-con Systems launches GMSL2 cameras for x86-based platforms

Suresh Madhu
Many x86 processors work only with USB/Ethernet protocols – posing a serious challenge for automotive devices that transmit a lot of data over long distances.
Life Sciences

Why global shutter cameras are a perfect fit for live cell imaging systems

Balaji S
Global shutter cameras are best-fit solutions for live cell imaging devices – equipped with fast frame rates, better synchronization, and more. It ensures more accuracy
Camera ApplicationsLife Sciences

Top factors to consider when choosing a microscope camera

Balaji S
In recent years, medical and life science applications have been under tremendous pressure to capture and process microscopic images accurately. So, what does it take?