This year, IFAC World Congress celebrates the 60th birthday of IFAC in Toulouse, city which
hosts the most important concentration of industrial aerospace activities in Europe (civil and …

It is well known that among the first motivations for modern control theory were dynamic
optimization problems in rocket launching and navigation in aerospace. These problems …

Modern control theory offers a huge number of various designs, techniques and methods
related to advanced FDIR and fault tolerant Control & Guidance. On the other hand …

In this article, concrete aerospace industrial achievements corresponding to a level 5 on the
Technological Readiness Level (TRL) scale are presented. Starting from basic research …

The impact that the aerospace and aviation industry has on today's modern society and
world's economy is very prominent. As such, the aerospace industry continues at the …

This paper discusses some key factors which may arise for successful application of model-
based Fault Detection (FD) techniques to aircraft systems. The paper reports on the results …

The purpose of this paper is to address the issue of fault diagnosis, fault tolerant control and
recovery actions in the aeronautic and aerospace filed. Following the AIAA (American …

This paper discusses some trends and recent advances in model-based Fault Detection,
Isolation and Recovery (FDIR) for aerospace systems. The FDIR challenges range from pre …

The idea of this contributed book sparked throughout a conversation among us editors about
the state of the art in control theory and its applications to aerospace systems in general and …

Over the past several decades, control theorists have generated an impressive array of new
techniques that span a wide variety of fields, including classical control, optimal control …