This chapter presents results obtained by applying optimisation-based worst case search for flight control law clearance problems. The focus is on clearance of aircraft manoeuvrability and compliance to protection limits. Such kind of assessment problems requires sophisticated non-linear simulation models with sufficient accuracy even at extreme flight conditions. The results obtained for for several clearance criteria demonstrate the potential of combined global and local optimisation techniques in conjunction with parallel computation
This paper reports results of a joint study between ESA and the University of Leicester on worst-cas...
A parallel variable-complexity modeling approach, permitting the efficient use of emerging parallel ...
The current practice to validate flight control laws relies on applying linear analysis tools to ass...
This chapter presents the theoretical background for several enhancements of the worst-case paramete...
The flight control law clearance problem can be formulated as a robustness analysis problem, where ...
Abstract: In this paper, global optimisation and nonlinear simulation are used to search for the wor...
This chapter describes the development of evolutionary and deterministic global optimisation methods...
This thesis describes the development and application of optimisation-based methods for worst-case a...
The flight control law design assessment problem can be formulated as a robustness analysis problem,...
The basic feature of the optimisation-based clearance approach is to reformulate the clearance probl...
In this report we describe the ¯rst version of the criteria library for the op- timization based cl...
The application of two evolutionary optimization methods, namely, differential evolution and genetic...
This report discusses the use of parallel computation for optimisation based clearance and gives a ...
This book summarizes the main achievements of the EC funded 6th Framework Program project COFCLUO – ...
A specific feature of aircraft and spacecraft flight modes is related to difficulties of obtaining i...
This paper reports results of a joint study between ESA and the University of Leicester on worst-cas...
A parallel variable-complexity modeling approach, permitting the efficient use of emerging parallel ...
The current practice to validate flight control laws relies on applying linear analysis tools to ass...
This chapter presents the theoretical background for several enhancements of the worst-case paramete...
The flight control law clearance problem can be formulated as a robustness analysis problem, where ...
Abstract: In this paper, global optimisation and nonlinear simulation are used to search for the wor...
This chapter describes the development of evolutionary and deterministic global optimisation methods...
This thesis describes the development and application of optimisation-based methods for worst-case a...
The flight control law design assessment problem can be formulated as a robustness analysis problem,...
The basic feature of the optimisation-based clearance approach is to reformulate the clearance probl...
In this report we describe the ¯rst version of the criteria library for the op- timization based cl...
The application of two evolutionary optimization methods, namely, differential evolution and genetic...
This report discusses the use of parallel computation for optimisation based clearance and gives a ...
This book summarizes the main achievements of the EC funded 6th Framework Program project COFCLUO – ...
A specific feature of aircraft and spacecraft flight modes is related to difficulties of obtaining i...
This paper reports results of a joint study between ESA and the University of Leicester on worst-cas...
A parallel variable-complexity modeling approach, permitting the efficient use of emerging parallel ...
The current practice to validate flight control laws relies on applying linear analysis tools to ass...