Pan-sharpening methods are commonly used to synthesize multispectral and panchromatic
images. Selecting an appropriate algorithm that maintains the spectral and spatial …

ZY-1 02D is China's first civil hyperspectral (HS) operational satellite, developed
independently and successfully launched in 2019. It can collect HS data with a spatial …

Optical earth observation satellite sensors often provide a coarse spatial resolution (CR)
multispectral (MS) image together with a fine spatial resolution (FR) panchromatic (PAN) …

The high-quality pansharpened image with both high spatial resolution and high spectral
fidelity is highly desirable in various applications. However, existing pansharpening …

The Zabuye Salt Lake in Tibet, China is the only salt lake in the world that contains natural
crystalline lithium carbonate. The grade and spatial distribution of mineral resources are of …

Pansharpening is a process to fuse a low spatial resolution multispectral image and a high
spatial resolution panchromatic image to produce a high-resolution multispectral image …

Pansharpening involves the fusion of panchromatic (PAN) and multispectral (MS) images to
obtain a high-resolution image with enhanced spectral and spatial information. Assessing …

The uncertainty verification of satellite ocean color products and the bias analysis of multiple
data are both indispensable in the evaluation of ocean color products. Incidentally, ocean …

Pansharpening is an important way of integrating spatial and spectral information in the field
of remote sensing. This field uses the complementary and redundant information between …

This paper focuses on spatial quality assessment of pan-sharpened imagery that contains
valuable information of input images. Its aim is to show that fusion functions respond …