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2009 |
Meeting content spans the range of cognitive science from synaptic dynamics to social interactions, integrated with concepts of nonlinear neurodynamics operating simultaneously within and across scales.
Topics will range from neurophysiology towards brain-based devices. Working languages of the Conference are English and Russian.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past meetings
2007 -- 2004
and
2005 -- 1992
in this annual series is still accessable.
Prior
conference proceedings
also are available.
This second annual meeting of the UK Mathematical Neuroscience Network will provide an overview of the current state of research in mathematical approaches to neuroscience, bringing together both physical and life scientists.
Provides a forum for the exchange of ideas from both experimental and theoretical/computational approaches to problems in systems neuroscience.
2008 |
Organized as a single track, the congress will include keynote speakers, workshops, poster sessions, and live demos of neuroinformatics applications.
The conference is intended to bring together researchers interested in understanding the representation and use of ecologically relevant sensory signals in biological systems, as well as those interested in characterizing the structure of those signals.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past meetings
2007 -- 2004
and
2005 -- 1992
in this annual series is still accessable.
Prior
conference proceedings
also are available.
Considerable information is availabel as to what the firing patterns of single neurons encode in isolation, but it remains largely a mystery how collections of neurons interact to perform such higher order functions as: learning, memory, cognition, perception, and action. This conference is intended to bring scientific leaders from around the world to present their recent findings on the functioning of neuronal ensembles.
This fourth international symposium will bring together an equal representation of engineers and biologists who are interested in movement.
This first annual meeting of the UK Mathematical Neuroscience Network will provide an overview of the current state of research in mathematical approaches to neuroscience, bringing together both physical and life scientists.
Provides a forum for the exchange of ideas from both experimental and theoretical/computational approaches to problems in systems neuroscience.
2007 |
Major emphasis will be on biologically inspired formal and computer-implemented models that explore the dynamics of neural coding mechanisms.
The scientific focus of the meeting will center on the development of mechanistic explanations for how coherent neuronal network behavior emerges and contributes to the processing of information.
ERM 2007 will focus on early visual processing in the vertebrate retina, including anatomical, physiological and modelling approaches.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past meetings
2007 -- 2004
and
2005 -- 1992
in this annual series is still accessable.
Prior
conference proceedings
also are available.
The theme of DBF'07 is Cortical Dynamics: Physiology, Theory and Applications.
Provides a forum for the exchange of ideas from both experimental and theoretical approaches to problems in systems neuroscience.
2006 |
Crete anniversary meeting of the first EU Course in Computational Neuroscience.
A satellite meeting of the International Congress of Mathematicians, the conference is intended as a forum to discuss advances in mathematical approaches to brain modeling and new mathematical problems suggested by recent experiments.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding
past meetings
in this annual series is still accessable.
Prior
conference proceedings
also are available.
Considerable information is availabel as to what the firing patterns of single neurons encode in isolation, but it remains largely a mystery how collections of neurons interact to perform such higher order functions as: learning, memory, cognition, perception, and action. This conference is intended to bring scientific leaders from around the world to present their recent findings on the functioning of neuronal ensembles.
In Association with the Third GENESIS Users Meeting (GUM*06), the overall objective will be to bring together modelers and experimentalists using Realistic Modeling techniques to better understand biological systems. All computational biologists, not only those using GENESIS or NEURON, are invited to present scientific as well as technical work. The event will include tutorials, discussion of future development of GENESIS, the main scientific meeting and poster session, followed by a full day on modeling in olfaction, with special invited presentations by Will Rall and Gordon Shepherd.
The symposium is interested in understanding the dynamical principles in a variety of topics ranging from neurophysiology, neural computation, neuroprosthetics, hybrid circuits and electronic neurons, to biomimetic robotics and control.
Provides a forum for the exchange of ideas from both experimental and theoretical approaches to problems in systems neuroscience.
2005 |
A small portion of topics include: models of neurons and local curcuits; systems neurobiology and neural modeling; spiking neurons; neuroinformatics.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past meetings in this annual series can
be found
at the CNS Home Page.
Prior
conference proceedings
are available.
In Association with the Second GENESIS Users Meeting (GUM*05), the overall objective will be to bring together modelers and experimentalists using Realistic Modeling techniques to better understand biological systems. All computational biologists, not only those using GENESIS, are invited to present scientific as well as technical work.
Provides a forum for the exchange of ideas from both experimental and theoretical approaches to problems in systems neuroscience.
2004 |
A small portion of topics include: models of neurons and local curcuits; systems neurobiology and neural modeling; spiking neurons; neuroinformatics.
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Workshops
focusing on current issues in computational neuroscience will be held as
as the final two days of the conference (July 21 and 22).
A satellite symposium
on Computation in the Olfactory System will occur the day just prior to
the main conference (July 17).
Information regarding past meetings in this annual series can
be found
at the CNS Home Page.
Prior
conference proceedings
are available.
Provide a forum for the exchange of ideas from both experimental and theoretical approaches to problems in systems neuroscience.
2003 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Workshops
focusing on current issues in computational neuroscience will be held as
as part of the conference.
Information regarding past meetings in this annual series can
be found
at the CNS Home Page.
Prior
conference proceedings
are available.
Intended for theoreticians working on neural modeling, in particular on the problem of neural coding.
2002 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Workshops
focusing on current issues in computational neuroscience will be held as
as part of the conference.
Information regarding past meetings in this annual series can
be found
at the CNS Home Page.
Prior
conference proceedings
are available.
2001 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Workshops
focusing on current issues in computational neuroscience will be held as
as part of the conference.
Information regarding past meetings in this annual series can
be found
at the CNS Home Page.
Prior
conference proceedings
are available.
This workshop will be concerned with theoretical and empirical approaches to understanding the neural code, particularly with respect to analysis of multineuron data.
This workshop will to bring together scientists with experimental, computational and theoretical approaches to explore how abstractions, from molecular to system levels, are related, and to discuss the nature of computational tools needed to support effective modelling across abstractions and levels.
2000 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Workshops
focusing on current issues in computational neuroscience will be held as
part of the conference.
Information regarding past and future meetings in this annual series can
be found
at the CNS Home Page.
Conference proceedings
are available.
1999 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1998 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1997 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1996 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1995 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1994 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1993 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.
1992 |
Equally emphasizes experimental, model based, and more theoretical
approaches to understanding neurobiological computation.
Information regarding past and future meetings in this annual series
can be found
at the CNS Home Page.
Conference proceedings
are available.