The water potential (Ψp), has been widely used as an indicator of plant status for irrigation management purposes. simple infrastructure needed its measurement and direct relation to basic physiological processes, have contributed the popularity methodology. When scheduling, it is commonly assumed that unavoidable relationship exists between transpiration (T), soil content Ψp. Nevertheless, wor...

This paper presents configuration design knowledge to solve irrigation scheduling problem in agriculture domain and a general approach for configuration management knowledge. It also introduces a Configuration Agriculture Irrigation Schedule (CAIS) tool that produces the configuration irrigation schedule design according to the CommonKADS methodology. A configuration that satisfy the user requi...

Countries are collaborating to make agriculture more efficient by combining new technologies improve its procedure. Improving irrigation efficiency in is thus critical for the survival of sustainable agricultural production. Smart methods can enhance efficiency, specially with introduction wireless communication systems, monitoring devices, and enhanced control techniques scheduling. The study ...

The present optimal water delivery scheduling models are based on the assumed equal design discharges of lateral canals, which are not in accordance with practical water delivery scheduling demand in most irrigation systems. In order to solve this problem, a model of lateral canals with unequal discharges and a solution method were proposed; At present, traditional fixed penalty factor have som...