Balaji S

Camera Applications Life Sciences

How cameras and AI are replacing traditional diagnostics in digital pathology

Balaji S
Digital pathology is one of the domains within the medical space that is fast-changing with the help of AI-enabled embedded vision solutions. This article discusses in detail how the two technologies – AI and embedded cameras – are revolutionizing digital pathology and clinical diagnostics....
Camera Applications Life Sciences

e-con’s edge AI vision solutions for medical and life science applications

Balaji S
Some of the modern embedded vision applications in medical and life sciences require the device to perform AI analyses on the edge. This in turn requires the camera to have the capability to deliver the right set of images to the host processor. Learn how e-con’s edge AI camera solutions...
Life Sciences

What makes e-con’s 4K HDR camera module a perfect choice for optical microscopy?

Balaji S
Modern microscopes use cameras to capture minute details of test samples – thereby improving the accuracy and speed of diagnosis. In this article, learn why e-con’s 4K HDR camera module could just be the perfect solution for your medical microscopes....
Camera Applications Point-of-Care (POC)

e-con’s new edge AI camera for automating pre-analytic tasks in in-vitro diagnostics

Balaji S
Modern IVD (In-vitro diagnostics) devices use cameras and AI in various pre-analytic tasks. Get the know-how on how cameras and AI algorithms work together to automatically classify test tubes in IVD. In addition, learn why e-CAM512_USB – e-con’s 5MP edge AI camera – is the perfect solution for all the...
Camera Applications Point-of-Care (POC)

How cameras and AI take remote patient monitoring to the next level

Balaji S
Remote patient monitoring is one of the key applications in the medical space where cameras and AI are changing the way in which care is delivered. Check out this article to learn how the two technologies work together to make life easier for patients and caregivers....
Life Sciences

Overcome the challenges of classifying blood collection tubes using AI cameras

Balaji S
Picking the right camera for an automated blood collection tube classification system is a daunting task, especially given the challenges such as skewness in placement, varying lighting, and multiple colors. In this article, learn how to overcome these challenges using a world-class embedded camera and machine learning-based data augmentation approach....
Camera Applications Point-of-Care (POC) Technology Deep Dive Time-of-Flight (ToF)

How does a Time-of-Flight camera make remote patient monitoring more secure and private?

Balaji S
Privacy has been one of the biggest concerns in remote patient monitoring. Learn how time of flight cameras can enable AI-based applications in remote patient monitoring systems such as fall detection without capturing sensitive image data of patients....
Camera Applications Life Sciences

Why Sony STARVIS cameras are ideal for Medical & Life Sciences applications?

Balaji S
Many camera-enabled medical devices need to operate in challenging lighting conditions. In this article, learn about some of those medical applications, the key camera features required for them, and why Sony STARVIS cameras are the perfect solution for such medical devices....
Camera Applications Life Sciences

How to choose a camera for medical devices?

Balaji S
Learn about the key factors to be considered while choosing a camera for your medical device. From optics to resolution and spectral performance, we cover everything you need to know about a medical camera selection....
Camera Applications Ophthalmic Fundus Camera RGB-IR Technology Deep Dive

Why RGB-IR cameras are crucial to enable imaging performance in key medical applications

Balaji S
RGB-IR cameras come with pixels dedicated to both visible and IR light, which enhances the effectiveness of multi-band imaging. See in detail how these cameras are used in ophthalmology, surgery, and remote patient monitoring....