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GraphScope Interactive, a key component of the GraphScope project, focuses on querying and analyzing complex graph data, playing a crucial role in real-time data intelligence. It swiftly identifies anomalous nodes or anomaly patterns involving multiple entities based on relationship networks, supporting risk control and attack prevention in business systems. Traditionally, graph analysis relies on business users explicitly writing graph queries like Gremlin and Cypher, which increases the user's learning curve. Additionally, complex operations (like weighted shortest path calculations) are challenging to execute due to the declarative nature of graph queries.
To tackle these challenges, our project adopts the concept of stored procedures, commonly used in database systems, aiming to integrate this feature into GraphScope Interactive's graph querying system. We plan to encapsulate complex graph analysis logic through builtin stored procedures, so users can easily perform out-of-the-box graph analysis with just a few lines of code. This significantly simplifies the learning curve for users new to graph data analytics.
Project Goals and Outputs:
Develop at least three builtin stored procedures in C++ using GraphScope Interactive's Stored Procedure C++ API, including shortest paths, k-nearest neighbor traversal from a specified node, and PageRank value calculation.
Integrate these built-in stored procedures with the GraphScope Interactive engine and demonstrate their application in data intelligence case studies through the Interactive frontend tools.
Produce comprehensive technical documentation and a demo showcase report to enable users to efficiently utilize graph techniques in various application scenarios.
The text was updated successfully, but these errors were encountered:
GraphScope Interactive, a key component of the
GraphScope
project, focuses on querying and analyzing complex graph data, playing a crucial role in real-time data intelligence. It swiftly identifies anomalous nodes or anomaly patterns involving multiple entities based on relationship networks, supporting risk control and attack prevention in business systems. Traditionally, graph analysis relies on business users explicitly writing graph queries like Gremlin and Cypher, which increases the user's learning curve. Additionally, complex operations (like weighted shortest path calculations) are challenging to execute due to the declarative nature of graph queries.To tackle these challenges, our project adopts the concept of stored procedures, commonly used in database systems, aiming to integrate this feature into GraphScope Interactive's graph querying system. We plan to encapsulate complex graph analysis logic through builtin stored procedures, so users can easily perform out-of-the-box graph analysis with just a few lines of code. This significantly simplifies the learning curve for users new to graph data analytics.
Project Goals and Outputs:
The text was updated successfully, but these errors were encountered: