This paper describes the lossless and lossy image compression algorithms to be used on board the Solar Heliospheric Observatory (SOHO) in conjunction with the Large Angle Spectrometric Coronograph and Extreme Ultraviolet Imaging Telescope experiments. It also shows preliminary results obtained using similar prior imagery and discusses the lossy compression artifacts which will result. This paper is in part intended for the use of SOHO investigators who need to understand the results of SOHO compression in order to better allocate the transmission bits which they have been allocated
A satellite borne extreme ultraviolet solar telescope makes use of CCD area arrays for both image re...
Installed communication systems for the more recent imagery rockets and satellites generally do not ...
Public policies and private initiatives share the will to explore outer space and to monitor the Ea...
New multispectral and hyperspectral instruments are going to generate very high data rates due to th...
Abstract-Public policies and private initiatives share the will to explore outer space and to monito...
The potential of image data compression techniques to satisfy the anticipated requirements of imagin...
In this work we conduct a comparative study on different data compression methods applied to high re...
In this paper we present a novel FPGA implementation of the Consultative Committee for Space Data Sy...
Installed communication systems for the more recent imagery rockets and satellites generally do not ...
Context. Several upcoming helioseismology space missions are very limited in telemetry and will have...
Hyperspectral imaging systems onboard aircraft or spacecraft can acquire large amounts of data, putt...
Image compression is becoming more and more important, as new multispectral and hyperspectral instru...
Lossless data compression has been studied for many NASA missions to achieve the benefit of increase...
Hyperspectral sensors are able to provide information that is useful for many different applications...
SpIOMM, le Spectromètre imageur à transformée de Fourier de l’Observatoire du Mont-Mégantic génère d...
A satellite borne extreme ultraviolet solar telescope makes use of CCD area arrays for both image re...
Installed communication systems for the more recent imagery rockets and satellites generally do not ...
Public policies and private initiatives share the will to explore outer space and to monitor the Ea...
New multispectral and hyperspectral instruments are going to generate very high data rates due to th...
Abstract-Public policies and private initiatives share the will to explore outer space and to monito...
The potential of image data compression techniques to satisfy the anticipated requirements of imagin...
In this work we conduct a comparative study on different data compression methods applied to high re...
In this paper we present a novel FPGA implementation of the Consultative Committee for Space Data Sy...
Installed communication systems for the more recent imagery rockets and satellites generally do not ...
Context. Several upcoming helioseismology space missions are very limited in telemetry and will have...
Hyperspectral imaging systems onboard aircraft or spacecraft can acquire large amounts of data, putt...
Image compression is becoming more and more important, as new multispectral and hyperspectral instru...
Lossless data compression has been studied for many NASA missions to achieve the benefit of increase...
Hyperspectral sensors are able to provide information that is useful for many different applications...
SpIOMM, le Spectromètre imageur à transformée de Fourier de l’Observatoire du Mont-Mégantic génère d...
A satellite borne extreme ultraviolet solar telescope makes use of CCD area arrays for both image re...
Installed communication systems for the more recent imagery rockets and satellites generally do not ...
Public policies and private initiatives share the will to explore outer space and to monitor the Ea...