CEBRA

About CEBRA

CEBRA is a powerful tool for researchers in neuroscience, enabling them to analyze and decode complex behavioral and neural data. With its innovative latent embedding method, CEBRA allows users to uncover hidden structures in neural dynamics, enhancing understanding of adaptive behaviors across various species and settings.

CEBRA offers a free software implementation with robust functionalities for researchers. The platform does not currently have tiered subscription plans, making it accessible to all users. Future updates and releases may introduce premium features or collaborations, ensuring that users benefit from the latest advancements in joint behavioral and neural analysis.

CEBRA's user interface prioritizes simplicity and functionality, providing a seamless experience for researchers analyzing neural and behavioral data. The layout facilitates easy navigation through its features, allowing users to efficiently utilize tools for embedding and decoding data, thus streamlining the research process.

How CEBRA works

Users begin by onboarding to CEBRA, importing their behavioral and neural datasets. The platform utilizes advanced machine learning algorithms to create latent embeddings, revealing hidden patterns and correlations. Researchers can then navigate tools for hypothesis testing, decoding, and exploring multiple sessions, enhancing their analysis of complex neural dynamics.

Key Features for CEBRA

Joint Behavioral and Neural Analysis

CEBRA's joint behavioral and neural analysis feature allows researchers to explore intricate relationships within their datasets. By employing advanced machine learning techniques, this functionality reveals latent embeddings that enhance understanding of neural dynamics, making CEBRA an invaluable tool for neuroscience.

Flexible Data Utilization

CEBRA supports both single and multi-session datasets, providing flexibility for researchers. This feature enables hypothesis testing or label-free analysis, allowing users to maximize their data’s potential while gaining deeper insights into neural behaviors across different experimental setups.

High-Accuracy Decoding

CEBRA excels in high-accuracy decoding of natural movie stimuli from the visual cortex. This innovative feature allows researchers to reconstruct viewed videos effectively, enhancing their understanding of complex neural responses and further advancing the field of adaptive behavior analysis.