Milk Production estimates using feed forward artificial neural networks
Author(s)
Sanzogni, L
Kerr, D
Griffith University Author(s)
Year published
2001
Metadata
Show full item recordAbstract
The accuracy of milk production forecasts on dairy farms using a ffann (feed forward artificial neural network) with polynomial post-processing, is reported. Historical milk production data was used to derive models that are able to predict milk production from farm inputs, using a standard ffann, a ffann with polynomial post-processing and multiple linear regression. Forecasts obtained from the models were then compared with each other. Within the scope of the available data, it was found that the standard ffann did not improve on the multiple regression technique, but the ffann with polynomial post processing did.The accuracy of milk production forecasts on dairy farms using a ffann (feed forward artificial neural network) with polynomial post-processing, is reported. Historical milk production data was used to derive models that are able to predict milk production from farm inputs, using a standard ffann, a ffann with polynomial post-processing and multiple linear regression. Forecasts obtained from the models were then compared with each other. Within the scope of the available data, it was found that the standard ffann did not improve on the multiple regression technique, but the ffann with polynomial post processing did.
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Journal Title
Computers and Electronics in Agriculture
Volume
32
Issue
1
Subject
Agricultural, veterinary and food sciences
Information and computing sciences
Engineering