Demosaicking and denoising are the key first stages of the digital imaging pipeline but they
are also a severely ill-posed problem that infers three color values per pixel from a single …

In this paper, we propose residual interpolation (RI) as an alternative to color difference
interpolation, which is a widely accepted technique for color image demosaicking. Our …

Single-sensor imaging using the Bayer color filter array (CFA) and demosaicking is well
established for current compact and low-cost color digital cameras. An extension from the …

Single sensor digital cameras use color filter arrays to capture a subset of the color data at
each pixel coordinate. Demosaicing or color filter array (CFA) interpolation is the process of …

Low-light imaging is a challenging task because of the excessive photon shot noise. Color
imaging in low-light is even more difficult because one needs to demosaick and denoise …

Joint demosaicking and denoising consists in reconstructing a color image from the noisy
raw data output by the sensor of a digital camera. We adopt a variational formulation in …

A large number of color filter arrays (CFAs), periodic or aperiodic, have been proposed. To
reconstruct images from all different CFAs and compare their imaging quality, a universal …

We present a convolutional neural network architecture for performing joint design of color
filter array (CFA) patterns and demosaicing. Our generic model allows the training of CFAs …

A color filter array (CFA) used in a digital camera is a mosaic of spectrally selective filters,
which allows only one color component to be sensed at each pixel. The missing two …

This paper adapts the least-squares luma-chroma demultiplexing (LSLCD) demosaicking
method to noisy Bayer color filter array (CFA) images. A model is presented for the noise in …