UNIVERSITY OF SOUTHERN CALIFORNIA (20240378244). REAL TIME SEARCH FILTERS USING QUANTUM MACHINE LEARNING simplified abstract
Contents
REAL TIME SEARCH FILTERS USING QUANTUM MACHINE LEARNING
Organization Name
UNIVERSITY OF SOUTHERN CALIFORNIA
Inventor(s)
Samuel Gustman of Los Angeles CA (US)
REAL TIME SEARCH FILTERS USING QUANTUM MACHINE LEARNING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240378244 titled 'REAL TIME SEARCH FILTERS USING QUANTUM MACHINE LEARNING
The abstract describes a system for real-time searching and object validation in the context of quantum computing. Digital objects are compared to a library to determine correspondence and validate fixity.
- System for real-time searching and object validation in quantum computing
- Comparison of digital objects to a library for correspondence determination
- Validation of fixity of objects
- Utilization of quantum computing technology
- Enhanced efficiency and accuracy in object validation
Potential Applications: - Data security and integrity verification - Digital forensics and evidence validation - Content management and digital asset verification
Problems Solved: - Ensuring the authenticity and integrity of digital objects - Streamlining the process of object validation - Leveraging quantum computing for advanced search capabilities
Benefits: - Increased accuracy in object validation - Faster processing times for large datasets - Enhanced data security measures
Commercial Applications: Title: Quantum-Powered Object Validation System This technology can be applied in industries such as cybersecurity, digital forensics, and content management systems. It offers a competitive edge in ensuring data integrity and security, attracting clients looking for advanced solutions in object validation.
Questions about Quantum-Powered Object Validation System: 1. How does quantum computing enhance the process of object validation? Quantum computing allows for parallel processing and complex algorithms, enabling quicker and more accurate comparisons between digital objects and libraries.
2. What are the potential implications of this technology in the field of digital forensics? This technology can revolutionize digital forensics by providing a more efficient and reliable method for validating digital evidence, ensuring its integrity and authenticity.
Original Abstract Submitted
a system, computer-readable medium, method and apparatus, and/or device for real-time searching and object validation is provided in connection with quantum computing. in various instances, a digital object may be received and may be compared to a library of many digital objects to determine correspondence between the objects according to various factors. moreover, fixity of objects may be validated.
