Balaji S

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 ApplicationsPoint-of-Care (POC)Remote Patient MonitoringTechnology Deep DiveTime-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 ApplicationsLife 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 ApplicationsLife 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 ApplicationsOphthalmic Fundus ImagingRGB-IRTechnology 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....
Camera ApplicationsPoint-of-Care (POC)

How cameras and Artificial Intelligence are changing the way we look at patient care?

Balaji S
The role of AI-driven imaging in healthcare has become critical, given its applications in remote patient care, telemedicine, and rehab. Learn how AI and embedded vision are revolutionizing patient care by enabling faster and more accurate diagnosis, treatment, and monitoring....
Camera ApplicationsPoint-of-Care (POC)Remote Patient Monitoring

How cutting-edge camera features elevate Remote Patient Monitoring (RPM) to new heights

Balaji S
Embedded camera solutions have transformed the Remote Patient Monitoring landscape, potentially saving millions of lives. Know about the role of cameras in RPM systems and all the must-have camera features that can make or break it....
Camera ApplicationsLife Sciences

What is the difference between telehealth and telemedicine? How are cameras playing a part in these?

Balaji S
Telehealth and telemedicine are often interchangeably used - but the fact’s that each serves different purposes. Get deep-dive insights on what differentiates telehealth from telemedicine and how to select the right camera for your telehealth use case....
Camera ApplicationsLife Sciences

How OEM cameras enhance the performance of spectrophotometers

Balaji S
Cameras act as the eye of spectrophotometers - capturing the reflected light, qualifying the sample, and identifying the position of the sample. Dig deep to know more and determine the top 4 considerations while choosing a spectrophotometer camera....
Camera ApplicationsPoint-of-Care (POC)

Role of embedded vision in empowering post operative and at home patient care

Balaji S
Embedded vision has become a big deal in reinventing post-operative and at-home care across telemedicine, Remote Patient Monitoring (RPM), and rehabilitation. Uncover how cameras are used to make life easier for patients and caregivers and their most critical features....