SYSTEM AND METHOD FOR SEARCHING MEDIA OR DATA BASED ON CONTEXTUAL WEIGHTED KEYWORDS
System and method for searching media or data based on contextual weighted keywords are disclosed. The method includes receiving search inputs for searching the media or data and determining first contextual weighted keywords. The method includes weighing the determined first contextual weighted keywords in terms of high, low, positive, negative, factor less, and factor more than the pre-defined value. Further, the method includes analysing the stored media or data sets in a database by performing searching, mapping, scoring, matching, aligning, and grading. The method further includes fetching the stored media or data based on the results of the analysis and ranking based on both a number of times the contextual weighted keywords were used in the stored media or data and the weight of first contextual weighted keywords and rendering the ranked stored media or data to the user.
Keyword weighing module to weigh each of the determined one or more first contextual weighted keywords in terms of at least one of: high, low, positive, negative, factor less than a pre-defined value, and factor more than the pre-defined value;
a search module to:
Analyze one or more stored media or data in a database by performing at least one of: searching, mapping, scoring, matching, aligning, and grading based on the weighted one or more first contextual weighted keywords; and
Ranking module to rank the fetched one or more stored media or data based on both a number of times the one or more contextual weighted keywords were used in the one or more stored media or data and the weight of the one or more first contextual weighted keywords; rank is also determined based one or more locations or time in a one or more stored media or data; and a rendering module to render the ranked one or more stored media or data to the user.
Receiving, from a user, search inputs for searching the media or data; determining one or more first contextual weighted keywords from the received searched inputs by employing one or more cognitive Artificial Intelligence (Al) models;
A system for searching media or data based on contextual weighted keywords, the system comprises:
a receiving module to receive, from a user, search inputs for searching the media or data;
a contextual learning module to determine one or more first contextual weighted keywords from the received searched inputs by employing one or more cognitive Artificial Intelligence (Al) models;
a keyword weighing module to weigh each of the determined one or more first contextual weighted keywords in terms of at least one of: high, low, positive, negative, factor less than a pre-defined value, and factor more than the pre-defined value;
Industries where the invention can be useful?
Computer, Telecommunication, IT,An estimate of the total addressable market?
The data science platform market was about USD 103.93 billion in 2023 and is projected to grow to USD 776.86 billion by 2032, at a CAGR of ~24.7%.Potential Customers/End Users. Who might benefit?
In marketing, businesses focus on converting potential customers into actual customers through ads, promotions, and relationship-buildingDocuments
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Country | Current Status | Patent Application Number | Patent Number | Applicant / Current Assignee Name | Title | Google Patent Link |
India | Granted | WO/2024/049851 | US202517016746 | Shivam Gupta | SYSTEM AND METHOD FOR SEARCHING MEDIA OR DATA BASED ON CONTEXTUAL WEIGHTED KEYWORDS | Google patent link |
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