Project Jupyter is an open-source project that develops software, standards, and services for interactive computing across multiple programming languages, best known for the Jupyter Notebook, a web-based interactive computing platform.
Why this server?
Enables reading and editing Jupyter notebooks with full cell and output handling capabilities
Why this server?
Provides interaction with Jupyter notebooks running in JupyterLab, allowing adding and executing code cells, creating markdown cells, and interacting with notebook content programmatically.
Why this server?
Provides integration with Jupyter notebooks, allowing MCP agents to be implemented and tested in notebook environments.
Why this server?
Provides tools for geospatial analysis in Jupyter notebooks, including adding code cells for downloading and analyzing Earth data
Why this server?
Allows AI assistants to interact with Jupyter notebooks (.ipynb files), providing tools for creating, reading, editing notebooks and cells, and accessing cell outputs.
Why this server?
Includes example Jupyter notebook for demonstrating Climatiq API usage and carbon calculation capabilities.
Why this server?
The calculator demo is implemented as a Jupyter notebook, allowing interactive execution of calculations and visualization of tool call flows.
Why this server?
Supports Jupyter notebook execution within the MCP environment, allowing notebook-based workflows for AI applications
Why this server?
Supports Jupyter notebook functionality through ipykernel, allowing interactive development and testing.
Why this server?
Supports Jupyter notebook functionality through ipykernel, allowing interactive development and visualization of RAG operations
Why this server?
Mentions Jupyter notebooks as part of the Amazon Braket development environment, though this appears to be a reference to Braket's capabilities rather than a direct integration.
Why this server?
Provides information about installed Jupyter kernels and notebook environments.
Why this server?
Used to create notebooks that outline pipeline workflows and components for Stable Diffusion model fine-tuning on Vertex AI.