18294716. Methods and Systems to Select R2RML Engines simplified abstract (Siemens Aktiengesellschaft)
Contents
Methods and Systems to Select R2RML Engines
Organization Name
Inventor(s)
Swathi Shyam Sunder of Bengaluru (IN)
Methods and Systems to Select R2RML Engines - A simplified explanation of the abstract
This abstract first appeared for US patent application 18294716 titled 'Methods and Systems to Select R2RML Engines
Abstract: Various embodiments of the teachings herein include a method for selecting automatically a suitable R2RML engine component. An example includes: reading input from a database or an input component; processing the input with a data processing component; selecting a suitable R2RML engine component including the data processing component using a R2RML engine selection component “RESC”; selecting the most suitable R2RML engine component or one out of the number of equally suitable R2RML engine components; using the selected R2RML engine component to process the input data; executing the selected R2RML engine component to generate results; transferring the results to an output component; and writing the results transmitted from the Data Processing component through the output component. The R2RML engine selection component “RESC” provides either: an identification of a most suitable R2RML engine component, and/or a ranking list of all suitable R2RML engine components suitable for mapping the given input.
- Simplified Explanation:
- The method described in the patent application automatically selects a suitable R2RML engine component based on input data processing. - It involves reading input, processing it, selecting the appropriate engine component, generating results, and transferring them to an output component.
- Key Features and Innovation:
- Automatic selection of a suitable R2RML engine component. - Utilizes a data processing component for input processing. - Selection based on the most suitable engine component or one of equally suitable options.
- Potential Applications:
- Data mapping and transformation processes. - Database integration and management systems. - ETL (Extract, Transform, Load) processes in data warehousing.
- Problems Solved:
- Streamlining the selection of R2RML engine components. - Enhancing efficiency in data processing and mapping tasks.
- Benefits:
- Improved accuracy in selecting engine components. - Time-saving in data processing operations. - Enhanced performance in data transformation tasks.
- Commercial Applications:
- "Automated Selection of R2RML Engine Components for Efficient Data Processing and Mapping in Database Systems"
- Questions about R2RML Engine Component Selection:
1. How does the R2RML engine selection component "RESC" determine the most suitable engine component? - The RESC evaluates various factors such as input data complexity, processing requirements, and performance metrics to identify the best engine component.
2. Can multiple R2RML engine components be selected for processing input data? - Yes, the RESC can provide a ranking list of equally suitable engine components for mapping the given input, allowing flexibility in selection.
Original Abstract Submitted
Various embodiments of the teachings herein include a method for selecting automatically a suitable R2RML engine component. An example includes: reading input from a database or an input component; processing the input with a data processing component; selecting a suitable R2RML engine component including the data processing component using a R2RML engine selection component “RESC”; selecting the most suitable R2RML engine component or one out of the number of equally suitable R2RML engine components; using the selected R2RML engine component to process the input data; executing the selected R2RML engine component to generate results; transferring the results to an output component; and writing the results transmitted from the Data Processing component through the output component. The R2RML engine selection component “RESC” provides either: an identification of a most suitable R2RML engine component, and/or a ranking list of all suitable R2RML engine components suitable for mapping the given input.
