Digital farming is the practice of modern technologies such as sensors, robotics, and data
analysis for shifting from tedious operations to continuously automated processes. This …

This article presents a systematic literature review of recent works on the use of machine
learning (ML) in precision livestock farming (PLF), focusing on two areas of interest: grazing …

In animal agriculture, deep learning-based approaches have been widely implemented as a
decision support tool for precision farming. Several deep learning models have been …

Abstract Precision Livestock Farming (PLF) is a concept that allows real-time monitoring of
animals, by equip** them with sensors that surge livestock-related data to be further …

Implications• Utilization of precision feeding techniques in growing pig operations can
significantly reduce production costs (> 8%), protein and phosphorous intake (25%) and …

There are increasing concerns of society towards the consumption of animal products which
have been produced and transformed in a sustainable manner. This trend influences …

Animal feeding has a major contribution to the environmental impacts of pig production. One
potential way to mitigate such effects is to incorporate an assessment of these impacts in the …

This study was developed to assess the impact on performance, nutrient balance, serum
parameters and feeding costs resulting from the switching of conventional to precision …

The impact of moving from conventional to precision feeding systems in growing–finishing
pig operations on animal performance, nutrient utilization, and body and carcass …

The feeding behavior of growing–finishing pigs reared under precision feeding strategies
was studied in 35 barrows and 35 females (average initial BW of 30.4±2.2 kg) over 84 d …