Web Content Display Web Content Display

11/17/10    The experiment manager portlet is up.

11/17/10    The code editing portlet is up.
...
10/02/07    The CyberWorkstation is open!!!

Search Search

Web Content Display Web Content Display

 

         

 

  The Cyber-workstation (CW) portal for Brain-Machine Interface (BMI) provides a computational infrastructure for real-time neural system modeling and collection (and storage) of multiple channels of neural and environmental data during behavioral study. Synchronous modeling and experimentation can provide a window to functional aspects of neural systems that combine sensory, cognitive, and motor processing while interacting with dynamic environments. The CW allows a neuroscientist to expand in vivo paradigms by providing as much computational power as needed.

 

   Ultimately, the CW portal aims to provide the following features:

           Real-time operations that scale with biological responses (<100ms)

           Parallel processing capability for many multi-input, multi-output models

           Large memory capacity for neurophysiologic data streams and model parameterization

           Customizable signal processing models

           Data warehousing for large volumes of neural signals, experiment parameters, and computational results (e.g. prosthetic movements)

           Integrated analysis platform for visualization of modeling and physiological parameters

           Simple yet powerful user interfaces for scientists to manage experiments

           Secured access to recorded experimental data for users


   Some screenshots of the CW portal with code editor and experiment manager portlets:

Code Editor portlet

Experiment Manager portlet

 

   Some helpful demonstration videos can be found here:

           Model Management in the Cyber Workstation

           Set Management in the Cyber Workstation

           Experiment Management in the Cyber Workstation

 

    Browse the Documentation tab at the top to find the development guide, an introductory presentation, and much more!

 

Note: we currently only have sufficient resources to provide the CW for the NRG and CNEL labs at UF, Joe Francis Lab at SUNY and the BMI Systems Lab at UC-Berkeley. If we are successful in securing additional funding, we anticipate providing access to additional users over time. Please contact acis-admin@acis.ufl.edu if you are interested in using the CW in the future when it becomes available for more users.

 

**This work was funded by the DARPA REPAIR contract N66001-10-C-2008.