
SMMS_Semantic-Map-MCP-Server
The repository SMMS creates an MCP server for instance-level semantic maps and provides a series of functional modules for 3D instance objects in semantic maps.
what is SMMS_Semantic-Map-MCP-Server?
SMMS_Semantic-Map-MCP-Server is a repository that creates an MCP server for instance-level semantic maps and provides functional modules for 3D instance objects in these maps.
how to use SMMS_Semantic-Map-MCP-Server?
To use the server, set up the database based on the semantic map, and utilize the provided modules for managing semantic object information.
key features of SMMS_Semantic-Map-MCP-Server?
- Database establishment for semantic object information management (addition, modification, deletion, query).
- RAG retrieval based on the semantic object information library.
- Object-level cognitive map generation methods and task-driven cognitive topology map construction.
use cases of SMMS_Semantic-Map-MCP-Server?
- Managing and querying 3D instance objects in semantic maps.
- Implementing cognitive mapping for enhanced object recognition.
- Developing applications that require semantic understanding of 3D environments.
FAQ from SMMS_Semantic-Map-MCP-Server?
- What is an MCP server?
An MCP server is a server designed to manage and process instance-level semantic maps for various applications.
- How can I contribute to the project?
Contributions can be made by submitting pull requests on the GitHub repository.
- Is there documentation available?
Yes, documentation is available in the repository for setup and usage instructions.
SMMS_Semantic-Map-MCP-Server
The repository SMMS creates an MCP server for instance-level semantic maps and provides a series of functional modules for 3D instance objects in semantic maps.
- Establish a database based on the semantic map to realize the addition, modification, deletion and query of semantic object information.
- Establish RAG retrieval based on the semantic object information library.
- Explore the object-level cognitive map generation method and build a task-driven cognitive topology map.