The use of sensors in the agricultural sector generates a large volume of heterogeneous data that must be processed, stored, and analyzed to support decisions. In addition, decisions taken in agriculture need to be traceable due to the diversity of data and devices present in different agricultural contexts. With provenance, we can trace and analyze data to improve future decisions and avoid the usefulness ones. This article presents the e-Livestock Prov architecture, focusing on data provenance
Precision Livestock Farming (PLF) is core to satisfying the ever increasing world-wide demand for da...
Australia is among the world's largest producers of commercial livestock servicing both domestic and...
The chapter describes the possibilities of collecting digital data on crop and livestock production ...
Due to changes in the livestock sector and the rise of consumer demand for comprehensive and integra...
As the global human population increases, livestock agriculture must adapt to provide more livestock...
In the last years, dairy production is changing fast towards smart livestock systems, driven by the ...
© 2018 Livestock industries are increasingly embracing precision farming and decision support tools....
Livestock industries are increasingly embracing precision farming and decision support tools. As a r...
The term traceability refers to recording of flow of products along the food chain from production t...
Although precision livestock farming (PLF) technologies ensure various dimensions of more precise in...
International audienceLivestock farming systems are facing major currents of transitions with growin...
Although precision livestock farming (PLF) technologies ensure various dimensions of more precise in...
Most farmers do not have the skills and time to utilize new Precision Livestock Farming (PLF) techno...
Although there now exists a wide range of policies, instruments and regulations, in Europe and incre...
The term traceability refers to recording of flow of products along the food chain from production t...
Precision Livestock Farming (PLF) is core to satisfying the ever increasing world-wide demand for da...
Australia is among the world's largest producers of commercial livestock servicing both domestic and...
The chapter describes the possibilities of collecting digital data on crop and livestock production ...
Due to changes in the livestock sector and the rise of consumer demand for comprehensive and integra...
As the global human population increases, livestock agriculture must adapt to provide more livestock...
In the last years, dairy production is changing fast towards smart livestock systems, driven by the ...
© 2018 Livestock industries are increasingly embracing precision farming and decision support tools....
Livestock industries are increasingly embracing precision farming and decision support tools. As a r...
The term traceability refers to recording of flow of products along the food chain from production t...
Although precision livestock farming (PLF) technologies ensure various dimensions of more precise in...
International audienceLivestock farming systems are facing major currents of transitions with growin...
Although precision livestock farming (PLF) technologies ensure various dimensions of more precise in...
Most farmers do not have the skills and time to utilize new Precision Livestock Farming (PLF) techno...
Although there now exists a wide range of policies, instruments and regulations, in Europe and incre...
The term traceability refers to recording of flow of products along the food chain from production t...
Precision Livestock Farming (PLF) is core to satisfying the ever increasing world-wide demand for da...
Australia is among the world's largest producers of commercial livestock servicing both domestic and...
The chapter describes the possibilities of collecting digital data on crop and livestock production ...