Our focus session serves as a global platform for esteemed research scientists, engineers, and practitioners to share groundbreaking insights and applications in remote sensing technology for human vital signs.
This inclusive forum fosters the exchange of innovative ideas, exploring the integration of remote actuators, artificial intelligence, and integrated system technology in emerging medical advancements.
We’ve spearheaded the realm of remote sensing and measurement, addressing challenges faced by care providers and end-users. Our dedication extends beyond theoretical domains, encompassing practical solutions. Our focus spans from developing new technologies and algorithms to wireless communication, sensor fusion networks, embedded computing, and grid technologies.
Our vision is realized through comprehensive integration at both hardware and software levels.
Entering the era of sensor-based vital sign measurements brings immense potential, yet it also introduces practical challenges for non-technical care providers and end-users.
Our commitment lies in bridging this gap, ensuring seamless device connectivity, and simplifying data interpretation for daily use.
At Eya Solutions, our solutions are not just scientifically proven; they are designed to revolutionize healthcare, making technological advancements accessible and user-friendly for all.
Explore our groundbreaking work presented at leading global healthcare and technology conferences.
Featured Publications:
Bio-Remote Sensing in Real-Time Thermographic Face Detection and Respiratory Rate Measurement
This will be resented at Bio-Remote Sensing at Smart Systems Integration Conference (SSI), April 2025, Prague / Czech Republic.
This paper introduces a novel thermographic Bio-Remote sensing approach that enables real-time face detection and respiratory rate measurement of subjects using a single thermal camera system.
The PDF download will be available shortly!
KRassels_SSI2025.pdf, (IEEE download PDF will be available upon acceptance!)
Bio-Remote Sensing in Predicting Infection in Neonates With Thermal Imaging and Machine Learning
Presented at IEEE Xplore and Elsevier-Scopus, selected speaker for both papers in Bio-Remote Sensing at Smart Systems Integration Conference (SSI), April 2022, Grenoble / France.
This paper presents a fast, more accurate, and reliable thermographic Bio-Remote Sensing approach to predicting sepsis in neonates and discusses the significance of combining the Thermal Imaging technique with Machine Learning (ML).
Real-time Thermographic Object Tracking of the Body Temperature of a Neonate
Presented at IEEE Xplore and Elsevier-Scopus, selected speaker for both papers in Bio-Remote Sensing at Smart Systems Integration Conference (SSI), April 2022, Grenoble / France.
This approach is a model-based, real-time algorithm that can detect and track a single thermographic profile in neonates.
Accurate Body Temperature Measurement of a Neonate Using Thermography Technology
Presented at IEEE Xplore and Elsevier-Scopus, selected speaker in Bio-Remote Sensing at Smart Systems Integration Conference (SSI), April 2021, Grenoble / France (Virtual arena).
This study delivers more accurate results, achieving final temperature readings within ±0.01°C, while the time-based temperature profile of a geometric shape or Region of Interest provides clinicians with actionable data for higher-quality care.
Award At International Level
Appreciation award received from IEEE Council at the IEEE Sensors 2022 International Conference in Dallas, United States for introducing Bio-Remote Sensing and Integrated Intelligence Systems, contributing at different levels and serving the conference.
| Awarded Date | 2 Nov 2022 |
| Degree of Recognition | International |
| Granting Organizations | IEEE Sensors Council |
| Event Title | 2022 IEEE Sensors |
| Location | Dallas, United States Show on map |
| Period | Oct 2022 → Nov 2022 |
Address: Delft, South-Holland, The Netherlands
Hours: Monday-Friday, 9am – 6pm