Tag: Precision Livestock Farming

A comparative study of two Italian dairy farms found that automated calf feeding systems were associated with higher average daily ...

A new LoRa ear-tag system uses a stacked machine learning model to estimate cattle core temperature from ear-surface readings with ...

Researchers adapted the BEATs audio transformer framework to identify pig distress vocalizations in commercial barn recordings, achieving 94.5 percent accuracy ...

Surgically implanted biotelemetry loggers reliably recorded continuous heart rate, heart rate variability, and core body temperature dynamics across the six-week ...

A new review argues that climate-resilient livestock systems require integrating animal welfare, genetic resources, precision technology and trade-off-aware assessment rather ...

A lightweight deep learning system recognizes eating, standing, and lying in dairy cows and tracks each animal at 52.1 frames ...

A proof-of-concept study shows explainable AI can reconstruct dairy cow welfare-risk scores from routine milk records while revealing how, and ...

Calibrated RSSI-based proximity sensors achieved 82 percent accuracy in classifying sheep contact distances, supporting their use in livestock social interaction ...

A computer vision framework re-identifies visually uniform, unmarked pigs across an 18-day period with 88% mean daily accuracy, rising to ...

A feasibility study of 107 dairy cows on four farms found that ankle-mounted accelerometer data predicted positive or negative mood ...