In this work we propose a genetic algorithm for the design of reflective filters consisting of organic materials. The algorithm chooses the materials of the layers from the list of available materials and chooses their thickness in order to obtain optimal reflectance characteristics. The wavelength dependence of the refractive index and the coefficient of extinction of the layers is taken into account.link_to_subscribed_fulltex
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this work we report a method fur designing reflective filters based on Al(x)Ga(1-x)N multilayers....
In this work we report a method fur designing reflective filters based on Al(x)Ga(1-x)N multilayers....
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this paper we proposes the philosophy of the Darwinian selection as synthesis method called Gene...
D.Phil. (Electrical & Electronic Engineering Science)Recent advancement in optical fibre communicati...
D.Phil. (Electrical & Electronic Engineering Science)Recent advancement in optical fibre communicati...
It is difficult to find any modern optical system that does not havecomponents with single or multip...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this work we report a method fur designing reflective filters based on Al(x)Ga(1-x)N multilayers....
In this work we report a method fur designing reflective filters based on Al(x)Ga(1-x)N multilayers....
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this paper we proposes the philosophy of the Darwinian selection as synthesis method called Gene...
D.Phil. (Electrical & Electronic Engineering Science)Recent advancement in optical fibre communicati...
D.Phil. (Electrical & Electronic Engineering Science)Recent advancement in optical fibre communicati...
It is difficult to find any modern optical system that does not havecomponents with single or multip...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...