Snapshot spectral imaging technology enables the capture of complete spectral information
of objects in an extremely short period of time, offering wide-ranging applications in fields …

Multispectral cameras collect image data with a greater number of spectral channels than
traditional trichromatic sensors, thus providing spectral information at a higher level of detail …

Multi-spectral imaging is a fundamental tool characterizing the constituent energy of scene
radiation. However, current multi-spectral video cameras cannot scale up beyond megapixel …

Traditional spectral imaging approaches require sensing all the voxels of a scene. Colored
mosaic FPA detector-based architectures can acquire sets of the scene's spectral …

We propose a spectral imaging method that allows a regular digital camera to be converted
into a snapshot spectral imager by equip** the camera with a dispersive diffuser and with …

Computational spectral imaging is drawing increasing attention owing to the snapshot
advantage and amplitude phase and wavelength encoding systems are three types of …

We demonstrate a compact, cost-effective snapshot spectral imaging system named
Aperture Diffraction Imaging Spectrometer (ADIS), which consists only of an imaging lens …

Coded aperture snapshot spectral imaging (CASSI) aims to reconstruct three-dimensional
spatial-spectral images from a single snapshot measurement. Traditional CASSI systems …

Compressive spectral imaging (SI)(CSI) acquires few random projections of an SI reducing
acquisition, storage, and, in some cases, processing costs. Then, this acquisition framework …

It is extremely challenging to acquire high-fidelity video of physical world at high spectral,
high spatial and high temporal resolution (HR) granularities simultaneously. Existing …