In Part 3 of this episode on the Physical Activity Researcher Podcast, hosted by Dr. Olli Tikkanen, Prof. Suresh Neethirajan concludes the conversation on how Fibion SENS accelerometers and AI-driven models are reshaping the future of animal health monitoring. This final part, available in both audio and video formats, dives into device optimization, design considerations, and future goals for integrating real-time animal welfare monitoring. Watch or listen to Part 3 of the podcast here:
About Professor Suresh Neethirajan
A prominent researcher in digital agriculture, Prof. Suresh Neethirajan is advancing animal health science at Dalhousie University. Using Fibion SENS technology, his research team captures detailed data on animal movement, which aids in identifying health issues early. This approach is opening new possibilities for improved animal welfare and data-driven care strategies.
Exploring Fibion SENS for Real-Time Animal Health Monitoring
Prof. Neethirajan explains how Fibion SENS has proven beneficial for long-term monitoring of animal movement and health indicators. However, to meet the demands of various farm conditions, his team explores design enhancements such as increasing battery life and making the device more rugged to withstand farm environments. These features ensure that Fibion SENS provides high-quality, reliable data across different climates and settings.
High Sampling Frequency vs. Battery Life: Striking the Balance
Finding the Ideal Sampling Frequency
In the episode, Prof. Neethirajan discusses the trade-offs between high-resolution data collection and battery life for Fibion SENS. For scientific research, higher frequencies are beneficial, capturing detailed movement data every second. However, for routine farm monitoring, sampling every few minutes can extend battery life without compromising essential health insights. This balance allows Fibion SENS to be adaptable across different applications, from intensive data collection to routine animal health checks.
Vision for Scaling Animal Health Monitoring
Prof. Neethirajan shares his vision of using Fibion SENS and AI to support broader goals like biosecurity, zoonotic disease prevention, and improving animal welfare at scale. He envisions partnerships worldwide to adapt these technologies for different climates and animal welfare needs, providing real-time solutions that benefit both animals and the agricultural industry.
For a full exploration of Fibion SENS and AI-driven animal health monitoring, watch or listen to Part 3 of the podcast above.
Call to Action
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