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AhmadShahin and AlanBond: Difference between pages

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imported>PeterYim
(init Last updated at: 2014-04-03 22:19:39 By user: PeterYim)
 
imported>Admin
(Last updated at: 2007-02-16 11:49:26 By user: AlanBond)
 
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= Ahmad Shahin =
= Alan Bond =


Associate Professor
Alan H. Bond is a Research Neuroscientist in the Institute for Neuroscience
 
in the UCLA Medical School in Los Angeles. His website is http://www.exso.com.
Lebanese University
He is currently Visiting Professor at NIST in Gaithersburg in the Health Industry
 
initiative of the Design Process Group lead by Ram Sriram. His main research
Tripoli, Lebanon.
is into system level brain models, for which he uses a logic programming approach.
 
He has developed a simple logical language, based on clauses and
email: ashahin [at] ul.edu.lb
bottom-up inference, for representing system-level brain models.
 
He has currently two main interests in ontologies, one is the
see: http://lb.linkedin.com/pub/ahmad-shahin/41/286/436/en
development of a multilevel ontology for neuroscience with levels
 
for system-level, cortical microcircuits, single neuron dynamics,
''... Ahmad, at your convenience, please edit and expand on this page, and keep it updated so the community can get to know you better. Welcome! ... (read [[WikiHomePage|this]] if it's your first time editing the Ontolog wiki.)  =ppy''
cell metabolism, and gene expression, which would provide for the
description of clinical findings and their interpretation.
The other is the issue of what descriptive approach and language
to use for such an undertaking, with a predisposition
to use logic programming as a unifying method.  


[[Category:Person]]
[[Category:Person]]

Latest revision as of 03:01, 14 December 2015

Alan Bond

Alan H. Bond is a Research Neuroscientist in the Institute for Neuroscience in the UCLA Medical School in Los Angeles. His website is http://www.exso.com. He is currently Visiting Professor at NIST in Gaithersburg in the Health Industry initiative of the Design Process Group lead by Ram Sriram. His main research is into system level brain models, for which he uses a logic programming approach. He has developed a simple logical language, based on clauses and bottom-up inference, for representing system-level brain models. He has currently two main interests in ontologies, one is the development of a multilevel ontology for neuroscience with levels for system-level, cortical microcircuits, single neuron dynamics, cell metabolism, and gene expression, which would provide for the description of clinical findings and their interpretation. The other is the issue of what descriptive approach and language to use for such an undertaking, with a predisposition to use logic programming as a unifying method.