As a near ideal biometric, iris authentication is widely used and mobile acquisition
techniques are known. But iris acquisition on handheld imaging devices, such as …

This paper proposes a non-orthogonal view iris recognition system comprising a new iris
imaging module, an iris segmentation module, an iris feature extraction module and a …

Multispectral imaging plays an essential role in applications from biomedical imaging to
remote sensing since it records rich spectral and spatial information. Nevertheless …

The accuracy of recovered spectra from camera responses mainly depends on the spectral
estimation algorithm used, the camera and filters selected, and the light source used to …

Multispectral iris recognition is one of the most reliable biometrics in terms of recognition
performance. This paper describes the design and implementation of a high-speed …

We report a hyperspectral imaging system to measure the reflectance spectra of real human
irises with high spatial resolution. A set of ocular prosthesis was used as the control …

The performance of learning-based spectral estimation is greatly influenced by the set of
training samples selected to create the reconstruction model. Training sample selection …

得益于体积小, 结构紧凑, 易集成等优势, 基于超构表面的微型光谱探测技术**年来被广泛研究.
然而, 现有基于超构表面的微型光谱探测系统设计过程中, 通常缺乏对超构表面透射光谱相关性 …

To expand and investigate the potential of spectral imaging, we developed a portable
multispectral system using light-emitting diodes. This system recovers spectral information …

Objective To provide an approach to facial contrast, analysing CIELAB colour differences ()
and its components in women's faces from two different ethnic groups, illuminated by …