We investigate the feasibility of multiplexing, employing polarized light, a set of security encrypted data. The encryption approach is based on the double random pure-phase enciphering method. Phase conjugation operation is conducted in the reconstruction stage with the aid of a photorefractive crystal which stores the encrypted information. When storing each encrypted image, a polarization change is introduced in the system. This induces decorrelation on the speckle patterns inside the storing medium. We apply this approach for multiple image encryption. We show experimental results that confirm our approach
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...
We discuss an optical system that encodes an input signal to a polarization state, using a spatial l...
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...
We investigate the feasibility of multiplexing, employing polarized light, a set of security encrypt...
We investigate the feasibility of multiplexing, employing polarized light, a set of security encrypt...
We discuss an optical system that encodes an input signal to a polarization state, using a spatial l...
International audienceMotivated by recent interest in polarization encoding, we propose and analyze ...
Abstract Optical image/data encryption techniques are mostly based on the manipulation of spatial di...
Image Information, Restoration and Encryption (FTuT, Frontiers in Optics (FiO), Tucson, Arizona, Oct...
We present a polarimetric-based optical encoder for image encryption and verification. A system for ...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
We present a polarimetric-based optical encoder for image encryption and verification. A system for ...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
We present an alternative scheme to perform a multiple encrypting technique based on the use of a Jo...
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...
We discuss an optical system that encodes an input signal to a polarization state, using a spatial l...
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...
We investigate the feasibility of multiplexing, employing polarized light, a set of security encrypt...
We investigate the feasibility of multiplexing, employing polarized light, a set of security encrypt...
We discuss an optical system that encodes an input signal to a polarization state, using a spatial l...
International audienceMotivated by recent interest in polarization encoding, we propose and analyze ...
Abstract Optical image/data encryption techniques are mostly based on the manipulation of spatial di...
Image Information, Restoration and Encryption (FTuT, Frontiers in Optics (FiO), Tucson, Arizona, Oct...
We present a polarimetric-based optical encoder for image encryption and verification. A system for ...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
We present a polarimetric-based optical encoder for image encryption and verification. A system for ...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
International audienceWe propose and analyze a dual encryption/decryption scheme, motivated by recen...
We present an alternative scheme to perform a multiple encrypting technique based on the use of a Jo...
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...
We discuss an optical system that encodes an input signal to a polarization state, using a spatial l...
We present an experimental color image encryption by using a photorefractive crystal and a joint tra...