Water is the most important element of food production, and the easiest and most cost-
efficient way to transport it is through open-channel irrigation systems (OCIS). These types of …

The integrator delay zero (IDZ) model presented by Litrico and Fromion is a simple way to
model a canal for control purposes that extends the classical integrator delay model. This …

This paper exposes and validates a methodology based on a classical hydraulic model
(Saint-Venant equations) to design efficient automatic controllers for an irrigation canal pool …

Flood wave propagation is the unifying concept in representing open channel and overland
flow. Therefore, understanding flood wave routing theory and solving the governing …

The paper uses a frequency domain method for the boundary control of hyperbolic
conservation laws. We show that the transfer function of the hyperbolic system belongs to …

This paper presents a method to design efficient automatic controllers for an irrigation canal
pool, that realize a compromise between the water resource management and the …

We consider the problem of Lyapunov boundary stabilization of the weak entropy solution to
a scalar conservation law with strictly convex flux in one dimension of space, around a …

Four Eulerian network models are implemented to model high altitude air traffic flow. Three
of the models use the framework of discrete time dynamical systems, while the fourth …

This article describes a way to determine the properties of resonance (reflecting) waves in
open water channels. For channels that are sensitive to resonances, information about the …

In this paper, a mathematical model of irrigation main canals is derived from on-line system
identification experiments. This model is obtained experimentally by using a robust system …