Unknown Organization (20240378249). OPTIMIZED ARTIFICIAL INTELLIGENCE SEARCH SYSTEM AND METHOD FOR PROVIDING CONTENT IN RESPONSE TO SEARCH QUERIES simplified abstract
OPTIMIZED ARTIFICIAL INTELLIGENCE SEARCH SYSTEM AND METHOD FOR PROVIDING CONTENT IN RESPONSE TO SEARCH QUERIES
Organization Name
Inventor(s)
Mark Gustavson of San Francisco CA (US)
OPTIMIZED ARTIFICIAL INTELLIGENCE SEARCH SYSTEM AND METHOD FOR PROVIDING CONTENT IN RESPONSE TO SEARCH QUERIES - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240378249 titled 'OPTIMIZED ARTIFICIAL INTELLIGENCE SEARCH SYSTEM AND METHOD FOR PROVIDING CONTENT IN RESPONSE TO SEARCH QUERIES
The abstract describes an optimized artificial intelligence search system that utilizes tab icons or folder manipulation populated by knowledge graphs in a mixed or augmented reality environment. The system presents information in a hierarchical manner, with categories derived through pre-processing, specific types determined by semantic vector space modeling, and individual item information obtained through clustering and weighted model ontology. The system also considers left or right screen preference to align with right and left brain function, and may include timeline analysis and interaction with dynamic knowledge graph superstructures.
- Tab icons or folder manipulation populated by knowledge graphs
- Hierarchical presentation of information with categories, specific types, and individual items
- Consideration of left or right screen preference for user comfort
- Integration of timeline analysis and interaction with dynamic knowledge graph superstructures
Potential Applications: - Enhanced search capabilities in mixed or augmented reality environments - Improved organization and presentation of information for users - Facilitation of efficient data retrieval and analysis in various contexts
Problems Solved: - Addressing the need for optimized search systems in complex information environments - Enhancing user experience and efficiency in accessing and processing data - Providing a structured approach to information presentation and interaction
Benefits: - Streamlined access to relevant information through intuitive interface design - Increased productivity and effectiveness in data retrieval and analysis - Enhanced user engagement and satisfaction with search system functionality
Commercial Applications: "Optimized Artificial Intelligence Search System for Mixed or Augmented Reality Environments: Revolutionizing Information Retrieval and Presentation" This technology has potential applications in industries such as education, research, data analysis, and virtual reality gaming. It can be utilized to improve search functionalities, enhance user experiences, and streamline data processing in various commercial settings.
Questions about the technology: 1. How does the system determine the hierarchy of information presentation? 2. What are the key factors influencing the user's left or right screen preference in the system interface design?
Frequently Updated Research: Ongoing research in artificial intelligence, augmented reality, and user interface design may impact the development and optimization of this search system. Stay informed on the latest advancements in these fields to ensure the technology remains cutting-edge and relevant.
Original Abstract Submitted
an optimized artificial intelligence search system may comprise a tab icon or folder manipulation that are populated by knowledge graphs in a mixed or augmented reality environment. systems of presentation may include a category first level derived by pre processing, a specific type second level derived by semantic vector space modelling and a third specific item information level derived by clustering and weighted model ontology. the presentation of information may also be presented in a left or right screen preference to comport with right and left brain function. information displays may include timeline analysis. data and tabular data structures may interact with dynamic knowledge graph super structures. stop word lists may be used to remove uninformative terms or related queries. subcategories of information or display my deployed by use of real time vector space modeling. tab icons may be displayed upon user eyewear.
