Behavioral Simulation of Biological Neuron Systems in SystemC
Behavioral Simulation of Biological Neuron Systems in SystemC
The investigation of neuron structures is an incredibly difficult and complex task that yields relatively low rewards in terms of information from biological forms (either animals or tissue). The structures and connectivity of even the simplest invertebrates are almost impossible to establish with standard laboratory techniques. Recent work has shown how a simplified behavioural approach to modeling neurons can allow “virtual” experiments to be carried out that map the behaviour of a simulated structure onto a hypothetical biological one, with correlation of behaviour rather than underlying connectivity. The problems with such approaches are twofold. The first is the difficulty of simulating realistic aggregates efficiently, and the second is making sense of the results. In this paper we describe a method of modeling neuron aggregates using SystemC (a language developed for hardware design), and also a design interface to enable structures and connection maps to be developed, with simulations carried out leading to animated visualization of the results
Modi, Sankalp
28a7f336-f2b6-4a5e-8d9a-7c0ed64194b9
Wilson, Peter R.
8a65c092-c197-4f43-b8fc-e12977783cb3
Brown, Andrew D.
5c19e523-65ec-499b-9e7c-91522017d7e0
Chad, John E.
d0a23bec-d31b-4915-bb5d-749d32d6c3c1
2004
Modi, Sankalp
28a7f336-f2b6-4a5e-8d9a-7c0ed64194b9
Wilson, Peter R.
8a65c092-c197-4f43-b8fc-e12977783cb3
Brown, Andrew D.
5c19e523-65ec-499b-9e7c-91522017d7e0
Chad, John E.
d0a23bec-d31b-4915-bb5d-749d32d6c3c1
Modi, Sankalp, Wilson, Peter R., Brown, Andrew D. and Chad, John E.
(2004)
Behavioral Simulation of Biological Neuron Systems in SystemC.
IEEE Workshop on Behavioural Modeling and Simulation (BMAS), San Jose, United States.
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Abstract
The investigation of neuron structures is an incredibly difficult and complex task that yields relatively low rewards in terms of information from biological forms (either animals or tissue). The structures and connectivity of even the simplest invertebrates are almost impossible to establish with standard laboratory techniques. Recent work has shown how a simplified behavioural approach to modeling neurons can allow “virtual” experiments to be carried out that map the behaviour of a simulated structure onto a hypothetical biological one, with correlation of behaviour rather than underlying connectivity. The problems with such approaches are twofold. The first is the difficulty of simulating realistic aggregates efficiently, and the second is making sense of the results. In this paper we describe a method of modeling neuron aggregates using SystemC (a language developed for hardware design), and also a design interface to enable structures and connection maps to be developed, with simulations carried out leading to animated visualization of the results
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bmas_2004_neurons_v2.pdf
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Published date: 2004
Additional Information:
Event Dates: October 2004
Venue - Dates:
IEEE Workshop on Behavioural Modeling and Simulation (BMAS), San Jose, United States, 2004-10-01
Organisations:
EEE
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Local EPrints ID: 260033
URI: http://eprints.soton.ac.uk/id/eprint/260033
PURE UUID: dd3a7c6e-4ca7-4934-abab-aa38f253d31e
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Date deposited: 16 Oct 2004
Last modified: 14 Mar 2024 06:30
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Contributors
Author:
Sankalp Modi
Author:
Peter R. Wilson
Author:
Andrew D. Brown
Author:
John E. Chad
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