Motion-compensated prediction based algorithm for medical image sequence compression
Date
1995-09
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Source Title
Signal Processing: Image Communication
Print ISSN
0923-5965
Electronic ISSN
Publisher
Elsevier BV
Volume
7
Issue
3
Pages
225 - 230
Language
English
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Abstract
A method for irreversible compression of medical image sequences is described. The method relies on discrete cosine transform and motion-compensated prediction to reduce intra- and inter-frame redundancies in medical image sequences. Simulation examples are presented.
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Keywords
Algorithms , Computer simulation , Forecasting , Image coding , Mathematical transformations , Medical applications , Medical imaging , Redundancy , Discrete cosine transform , Inter-frame redundancy , Intra-frame redundancy , Medical image sequences , Motion-compensated prediction , Image compression