The spin structure function of the neutron g 1 n has been determined over the range 0.03<
x< 0.6 at an average Q 2 of 2 (GeV/c) 2 by measuring the asymmetry in deep inelastic …

This article suggests and defines a characterisation of irrigation canal regulation methods,
based on four criteria: considered variables (controlled, measured, and control action …

A simple water level controller for irrigation and drainage canals is proposed; the proposed
controller has a master-slave structure where the slaves control the flow rates through the …

The integrator delay (ID) model is a popular and simple way to model a canal for control
purposes. In this paper, particular attention is given to accurately model the delay and the …

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 …

The objective of this survey paper is to review, structure and analyze the main concepts
involved in the control of irrigation canals, and to illustrate them on a canal benchmark. After …

This paper is devoted to the nonlinear control of open-channel water flow dynamics via a
one-dimensional collocation control model for irrigation canals or dam-river systems. Open …

The main goal of this paper is to expose and validate a methodology to design efficient
automatic controllers for irrigation canals, based on the Saint-Venant model. This model …

The paper investigates the control of oscillating modes occurring in open-channels, due to
the reflection of propagating waves on the boundaries. These modes are well represented …

In this article, we propose a new model, called LBLR for Linear Backwater Lag-and-Route,
which approximates the Saint-Venant equations linearized around a non-uniform flow in a …