Ruben A. Tikidji-Hamburyan, Ph.D.
- Senior Research Scientist
- Department of Physiology & Pharmacology
- School of Medicine and Health Sciences,
- George Washington University
- Washington, DC 20052, USA
-
: rath@gwu.edu || rth@r-a-r.org || ruben.tikidji.hamburyan@gmail.com
Read about my research in
by American Institute of Physics
Software
- Python+Neuron scripts for Auditory Brainstem Model @ github
- Python simulator of oscillatory networks based on Phase Resetting Curve model @ github.
- Brief howto (pdf)
- Installation instructions for OSX and Linux
- Python module to expand configuration file by Python functionality @ github
- NeuroCAD modular simulation environment for large-scale networks of conductance-based, multicompartment neural models.
- NeuroCAD installer (old Windows version) and source code for networks of modified Integrate-and-Fire neurons.
Operating Systems
- NeuroOpenSUSE Live DVD with XPP, Neuron, uniPRCsim and neuroConstrucе.
- The previous version of Live CD, NeuroDSL based on Damn Small Linux
- NISMS Lab. Webserver and gateway (worked 2003-2017 24/7), based on LSF and BLSF books.
- LSUHSC Beowulf Computational Cluster(worked 2011 - 2018 24/7).
- 12 computing discless nodes, head node, total 184 cores, 120 Gb memory.
- Head node OS was mastered on Open SUSE Linux with MPI (both openMPI and MPICH) and MOXIS palatalization.
- Computing nodes host OS:busybox, guest OS:network mirror of Head node OS.