Unknown Organization (20240235847). SYSTEMS AND METHODS EMPLOYING SCENE EMBEDDED MARKERS FOR VERIFYING MEDIA simplified abstract
Contents
SYSTEMS AND METHODS EMPLOYING SCENE EMBEDDED MARKERS FOR VERIFYING MEDIA
Organization Name
Inventor(s)
John Elijah Jacobson of San Francisco CA (US)
SYSTEMS AND METHODS EMPLOYING SCENE EMBEDDED MARKERS FOR VERIFYING MEDIA - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240235847 titled 'SYSTEMS AND METHODS EMPLOYING SCENE EMBEDDED MARKERS FOR VERIFYING MEDIA
The patent application describes a method for displaying badges with embedded digital watermarks to authenticate media data, using ambient audio detection and digital representation conversion.
- The system includes an audio detection component to capture ambient audio data from an actual event.
- A computing device processes the audio data into a digital representation.
- A display presents images with the digital representation embedded as badges.
- The badges are designed to be visible and extractable by a computer during replay of the event's audio and video.
- The authenticity of the replayed audio can be verified by comparing it with the digital representation.
Potential Applications: - Media authentication in live events - Anti-piracy measures in broadcasting - Verification of audio and video recordings in legal proceedings
Problems Solved: - Ensuring the authenticity of media data - Preventing unauthorized distribution of content - Providing a reliable method for verifying audio and video recordings
Benefits: - Enhanced security for media content - Protection against piracy and unauthorized use - Reliable verification of audio and video recordings
Commercial Applications: "Digital Watermarking Technology for Media Authentication and Verification"
Questions about the technology: 1. How does the system ensure the accuracy of the digital representation compared to the original audio data? 2. What are the potential challenges in implementing this technology in real-world scenarios?
Frequently Updated Research: Research on advancements in digital watermarking technology for media authentication and verification.
Original Abstract Submitted
display badges employing scene embedded digital watermarks for authenticating media data typically comprising: an audio detection component detecting at least a portion of ambient audio data of an actual event; a computing device operably connected to a recording component; the computing device converting at least a portion of the detected ambient audio data into a digital representation of the at least a portion of the ambient audio data; a display presenting a succession of images comprising the digital representation; where the display badges are designed such that the digital representation is sufficiently visible that it may be extracted by a computer upon replay of audio and video of some or all of the actual event, and the replay audio may be verified as authentic by comparing the digital representation with the audio associated with the replay. methods for encoding and authenticating media data are also disclosed.
