CEBRA

CEBRA is a method for analyzing neural and behavioral data through latent embeddings.
August 15, 2024
Web App, Other
CEBRA Website

About CEBRA

CEBRA is a groundbreaking platform designed for researchers seeking to analyze joint behavioral and neural data efficiently. This tool employs machine learning to create interpretable latent embeddings, facilitating the discovery of neural dynamics during complex behaviors. Users benefit from its robust accuracy and flexibility across multiple datasets.

CEBRA offers free access to its core features, with potential future subscription tiers for enhanced capabilities. As more advanced functionalities become available, users can upgrade for greater analyses and insights, maximizing their research outcomes. Early adopters will benefit from continuous updates and improvements.

The CEBRA interface is user-friendly, featuring a streamlined design that enhances usability and navigation. Its layout allows researchers to easily manage and analyze their datasets, while built-in visualization tools offer immediate insights into neural dynamics and behavior correlations, ensuring an efficient research experience.

How CEBRA works

Users start with CEBRA by onboarding their datasets, either behavioral or neural. The platform guides them through uploading data, selecting analysis options, and choosing between hypothesis-driven or self-supervised approaches. Researchers can then explore latent embeddings, visualize neural dynamics, and utilize CEBRA's decoding capabilities for further insights and discoveries.

Key Features for CEBRA

Joint Behavioral and Neural Data Integration

CEBRA’s key feature lies in its ability to integrate joint behavioral and neural data, enhancing research insights. This functionality allows users to uncover hidden structures in data variability, crucial for understanding the relationship between behavior and neural dynamics, effectively benefiting studies in neuroscience.

High-Performance Latent Spaces

CEBRA excels in producing consistent, high-performance latent spaces through its advanced non-linear modeling techniques. This feature enables researchers to decode natural movie activity and explore kinematic behaviors, ensuring that valuable insights into neural dynamics can be uncovered effectively and efficiently with CEBRA.

Flexible Data Handling

CEBRA supports both single and multi-session datasets, offering flexibility in hypothesis testing. This feature is invaluable for researchers working across different experimental setups, facilitating comprehensive analyses. It allows users to utilize their data in a label-free manner, maximizing the insights obtained from their research.

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