A research application from the Erasmus Brain project at Erasmus Medical Center (Erasmus MC) Neuroscience Department
Collaborating institutions: Tecnologico de Costa Rica (TEC). Vineyard EU Project.
Simulate brain cells using complex biologically accurate models, with the power of multiple ZedBoards
ZedBrain is an open hardware demo that shows the capabilities of using the Zedboard Zynq platform and Xilinx Vivado HLS tools for hardware accelerated simulations of biologically accurate artificial neuron networks.
Computing intensive models such as the Hodgkin-Huxley's can be implemented on C or C++ and synthesized on the PL fabric of the Zynq platform for high speed performance. Multiple Zedboards connected through the TCP-IP protocol can extend simulations to networks with thousands of cells, with quick, accurate results.
Vivado_ZedBoard/ ------------ Project files required to program the ZedBoards. Vivado ver. 2016.4
Server/ ------------ Webserver interface to the ZedBrain platform
hw/ ------------ Bitstream files
ip/ ------------ Hardware accelarator ION IP. Generated with Vivado HLS 2016.4
doc/ ------------ Documentation.
User's_guide/ ------------ A README.md file is provided as a brief user guide. Here you can find two links to YouTube videos with a step-by-step guide on how to get the ZedBrain platform going.
PhD Students: Georgios Smaragdos, Carlos Salazar-Garcia
Undergraduate Assistants: Kaleb Alfaro-Badilla, Daniel Zamora-Umaña, Marco Acuña-Vargas
Advisers: Christos Strydis (Erasmus MC), Alfonso Chacon-Rodriguez (TEC)
Copyright 2017 Erasmus Brain project