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Investigate and implement hybrid search functionality in Qdrant, combining vector similarity search with traditional filtering and keyword-based search capabilities. The goal is to encapsulate this functionality within a custom IMemoryDb type for seamless integration into the kernel-memory library
Technical Notes
The hybrid search logic must be fully encapsulated within a custom IMemoryDb implementation, adhering to the architecture and design principles of the kernel-memory library
Leverage the official Qdrant.Client library for interfacing with Qdrant. Ensure compatibility and efficient usage of its features
Implement functionality to construct both dense and sparse vectors as required by the hybrid search process. Evaluate the need for and potentially develop a custom embedding generator for creating optimal vector representations
The text was updated successfully, but these errors were encountered:
Description
Investigate and implement hybrid search functionality in Qdrant, combining vector similarity search with traditional filtering and keyword-based search capabilities. The goal is to encapsulate this functionality within a custom
IMemoryDb
type for seamless integration into thekernel-memory
libraryTechnical Notes
IMemoryDb
implementation, adhering to the architecture and design principles of the kernel-memory librarydense
andsparse
vectors as required by the hybrid search process. Evaluate the need for and potentially develop a custom embedding generator for creating optimal vector representationsThe text was updated successfully, but these errors were encountered: