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Such a “logarithmic sensing” property of scale invariance is a genuinely nonlinear behavior, as it can never be exhibited by linear systems. This paper employs ...
Such a “logarithmic sensing” property of scale invariance is a genuinely nonlinear behavior, as it can never be exhibited by linear systems. This paper employs ...
This paper employs a combination of computational search and theoretical analysis to characterize 3-node enzymatic networks that have an approximate FCD ...
Such a 'logarithmic sensing' property of scale invariance is a genuinely nonlinear behavior, as it can never be exhibited by linear systems. This paper employs ...
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Such a “logarithmic sensing” property of scale invariance is a genuinely nonlinear behavior, as it can never be exhibited by linear systems. This paper employs ...
Not every adapting system is scale-invariant: we investigate under which conditions a broadly used model of biochemical enzymatic networks will show scale ...
This paper introduces two generalizations of systems invariant with respect to continuous sets of input transformations, that is, systems whose output ...
Nov 1, 2012 · Scale invariance allows systems to react to inputs ranging over several orders of magnitude, and is speculated to help make behaviors robust to ...
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Scale invariance. Scale invariance is the property that if a system starts from a steady state that was pre-adapted (tv0) to a certain background level u0 ...
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In this work, we set out to investigate under what conditions a broadly used model of biochemical enzymatic networks will exhibit scale-invariant behavior.
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