This paper proposes a novel compression scheme with a tunable complexity-rate-distortion
trade-off. As images increase in size and resolution, more efficient compression schemes …

Remote sensing image compression plays a vital role in the high-resolution imaging of an
on-orbit optical camera. The post-transform-based compression method is of particular …

Panchromatic images of space optical remote sensors effectively demonstrate the shape,
structure, and texture of landscape objects. Conventional compressors, such as JPEG2000 …

Better resolution of remotely sensed satellite images will make images clearer and
interpretation easier but will increase the total volume of data that has to be managed. In …

Up to now, data compression for the multispectral charge‐coupled device (CCD) images
with comparatively few bands (MSCFBs) is done independently on each multispectral …

High-efficiency compression of remote sensing images (RSIs) is very necessary after
images are acquired because the on-orbit transmission bandwidth and memory capacity are …

Dans cette thèse, nous proposons les post-transformées pour la compression d'images
satellite. Après une transformée en ondelettes, chaque bloc de coefficients est de nouveau …

Recently, the discrete wavelet transforms‐(DWT‐) based compressor, such as JPEG2000
and CCSDS‐IDC, is widely seen as the state of the art compression scheme for charge …

Current state-of-the-art on-board image compression systems are based on the wavelet
transform. However, redundancies can still be found between the wavelet coefficients. To …

This paper proposes a complete compression and coding scheme for on-board satellite
applications considering the main on-board constraints: low computational power and easy …