Content Identification
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17 x 17 cm, 300 dpi, 963 KB
Audio Fingerprinting
Audio Fingerprinting technology allows to almost
instantly identify music via a mobile phone by capturing
only a few seconds of the audio and sending it to a
service provider that matches the fragment to a database
containing the identifying codes of a large number of
songs. Within seconds, a message naming the song, the
artist and other relevant information will appear on the
user’s phone display.
Photo: Philips
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17 x 17 cm, 300 dpi, 1040 KB
Audio Fingerprinting
Audio Fingerprinting technology allows to almost
instantly identify music via a mobile phone by capturing
only a few seconds of the audio and sending it to a
service provider that matches the fragment to a database
containing the identifying codes of a large number of
songs. Within seconds, a message naming the song, the
artist and other relevant information will appear on the
user’s phone display.
Photo: Philips
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17 x 17 cm, 300 dpi, 969 KB
Audio Fingerprinting
Audio Fingerprinting technology allows to almost
instantly identify music via a mobile phone by capturing
only a few seconds of the audio and sending it to a
service provider that matches the fragment to a database
containing the identifying codes of a large number of
songs. Within seconds, a message naming the song, the
artist and other relevant information will appear on the
user’s phone display.
Photo: Philips
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17 x 17 cm, 300 dpi, 1525 KB
Watermarking
Watermark technology can be a valuable aid in forensic
tracking.
Photo: Philips
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17 x 6 cm, 300 dpi, 120 KB
Watercast™
Watercast™ product to embed watermarks in video content.
Photo: Philips
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17 x 6 cm, 300 dpi, 113 KB
Watercast™
Watercast™ product to detect watermarks in video
content.
Photo: Philips
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14.5 x 15 cm, 300 dpi, 562 KB
Digital Rights Management
Experimental set-up demonstrating tamper detection of
security camera content by a combination of video
fingerprinting and watermarking techniques.
Photo: Philips
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