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Intelligent Watermarking for High-Capacity Low-Distortion Data Embedding
Frank Y. Shih
, Xin Zhong
Computer Science
Research output
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Contribution to journal
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Article
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peer-review
7
Scopus citations
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Dive into the research topics of 'Intelligent Watermarking for High-Capacity Low-Distortion Data Embedding'. Together they form a unique fingerprint.
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Keyphrases
High Capacity
100%
Data Embedding
100%
Watermarking
100%
Low Distortion
100%
Intelligent Watermarking
100%
Region of Interest
66%
Data Privacy
33%
Highest Peak
33%
Significant Region
33%
High Robustness
33%
Watermarking Scheme
33%
Secret Data
33%
Image Authentication
33%
Peak Signal to Noise Ratio
33%
Fuzzy Membership
33%
Image Content
33%
Watermark Embedding
33%
Copyright Protection
33%
Image Distortion
33%
High Embedding Capacity
33%
Importance Degree
33%
Broadcast Monitoring
33%
Data Broadcasting
33%
Region of Non-interest
33%
Image Watermarking
33%
Computer Science
Embedding Data
100%
Watermarking
100%
Data Privacy
25%
Experimental Result
25%
Frequency Domain
25%
Watermarking Scheme
25%
Image Authentication
25%
Embedding Capacity
25%
peak signal to noise ratio
25%
Image Content
25%
Copyright Protection
25%
watermark embedding
25%
Authentication Data
25%
Image Distortion
25%
Hide Secret Data
25%