Add to ORKGA new type of multivariate spline, based on tensor-product splines, is introduced and applied for function approximation purposes. An algorithm for system identification using these multiplex splines is developed and validated on DelFly II flight tests data.Control and SimulationControl and OperationsAerospace Engineerin
This paper presents a study on fault tolerant flight control of a high performance aircraft using mu...
The aerodynamic parameters of morphing aircraft can vary significantly in the morphing process; the ...
AbstractA construction is given which allows the Hilbert space treatment of spline functions to be a...
A novel method for aircraft system identification is presented that is based on a new multivariate s...
A novel method for aircraft system identification is presented that is based on a new multivariate s...
In recent research efforts the multivariate simplex spline has shown great promise in system identif...
In recent research efforts the multivariate simplex spline has shown great promise in system identif...
At present, model based control systems play an essential role in many aspects of modern society. Ap...
At present, model based control systems play an essential role in many aspects of modern society. Ap...
The validation of aerodynamic models created using flight test data is a time consuming and often co...
Avoiding high computational loads is essential to online aerodynamic model identi- fication algorith...
The validation of aerodynamic models created using flight test data is a time consuming and often co...
In this paper, a new modular adaptive control system is presented to compensate for aerodynamic unce...
Multivariate simplex B-splines as a modelling technique provide more accurate models than standard p...
This paper presents a study on fault tolerant flight control of a high performance aircraft using mu...
This paper presents a study on fault tolerant flight control of a high performance aircraft using mu...
The aerodynamic parameters of morphing aircraft can vary significantly in the morphing process; the ...
AbstractA construction is given which allows the Hilbert space treatment of spline functions to be a...
A novel method for aircraft system identification is presented that is based on a new multivariate s...
A novel method for aircraft system identification is presented that is based on a new multivariate s...
In recent research efforts the multivariate simplex spline has shown great promise in system identif...
In recent research efforts the multivariate simplex spline has shown great promise in system identif...
At present, model based control systems play an essential role in many aspects of modern society. Ap...
At present, model based control systems play an essential role in many aspects of modern society. Ap...
The validation of aerodynamic models created using flight test data is a time consuming and often co...
Avoiding high computational loads is essential to online aerodynamic model identi- fication algorith...
The validation of aerodynamic models created using flight test data is a time consuming and often co...
In this paper, a new modular adaptive control system is presented to compensate for aerodynamic unce...
Multivariate simplex B-splines as a modelling technique provide more accurate models than standard p...
This paper presents a study on fault tolerant flight control of a high performance aircraft using mu...
This paper presents a study on fault tolerant flight control of a high performance aircraft using mu...
The aerodynamic parameters of morphing aircraft can vary significantly in the morphing process; the ...
AbstractA construction is given which allows the Hilbert space treatment of spline functions to be a...