Simulation result for the emitter discharge along the drip laterals at 1 m elevation height and pipe length of 10 m (a), 11 m (b) and 13.5 m (c) pipe length using ANN.

Simulation result for the emitter discharge along the drip laterals at 1 m elevation height and pipe length of 10 m (a), 11 m (b) and 13.5 m (c) pipe length using ANN.

<p>Simulation result for the emitter discharge along the drip laterals at 1 m elevation height and pipe length of 10 m (a), 11 m (b) and 13.5 m (c) pipe length using ANN.</p>

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Bibliographic Details
Main Author:	Oluwaseun Temitope Faloye (21680963) (author)
Other Authors:	Smart Idumoro Samuel (21680966) (author), Abiodun Afolabi Okunola (21680969) (author), Viroon Kamchoom (21680972) (author), Natdanai Sinsamutpadung (21680975) (author), Oluwafemi Adeyeri (21680978) (author)
Published:	2025
Subjects:	Biochemistry Biotechnology Ecology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified input parameters fed artificial neural network emitter discharge well emitter discharge accurately emitter point along field measured discharge field discharge measurements pipe length away evaluation parameters considered div >< p 2 </ sup drip fertigation system ann model simulated emitter discharge pipe length precisely along fertigation source drip irrigation value ranging uniformity coefficient representative model nutrient distribution irrigation management interaction effects good prediction flow measurement elevation heads elevation head effective design ann model ann include 98 %.
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