20240053912. System and Method for Detecting and Utilizing Data Patterns simplified abstract (Dell Products, L.P.)

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System and Method for Detecting and Utilizing Data Patterns

Organization Name

Dell Products, L.P.

Inventor(s)

Uri Shabi of Tel Mond (IL)

Aleksey Kabishcer of Marlborough MA (US)

Nir Bar Joseph of Giv'atayim (IL)

System and Method for Detecting and Utilizing Data Patterns - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240053912 titled 'System and Method for Detecting and Utilizing Data Patterns

Simplified Explanation

The abstract describes a method, computer program product, and computing system for loading data from a user data page into buffers, comparing the data in the buffers, and defining a pattern based on the comparison results.

  • Method for loading data from a user data page into buffers
  • Iteratively loading successive chunks of data into a second buffer
  • Comparing the first chunk of data in the first buffer with each successive chunk of data in the second buffer
  • Defining the first chunk of data as a pattern if it is equivalent to each successive chunk of data in the second buffer

Potential Applications

  • Data processing and analysis
  • Pattern recognition and identification
  • Data compression and optimization

Problems Solved

  • Efficient data loading and comparison
  • Pattern identification in large datasets
  • Streamlining data processing tasks

Benefits

  • Improved data handling and analysis
  • Faster pattern recognition
  • Enhanced data compression techniques


Original Abstract Submitted

a method, computer program product, and computing system for loading a first chunk of data from a user data page into a first buffer. each successive chunk of data from the user data page may be iteratively loaded into a second buffer. the first chunk of data in the first buffer may be iteratively compared with each successive chunk of data in the second buffer. in response to determining that the first chunk of data in the first buffer is equivalent to each successive chunk of data in the second buffer, the first chunk of data may be defined as a pattern.