On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics
On the number of biologically valid logics

Biological logics are restricted

Combinatorics

The fraction of logics that are biologically permitted can be bounded and shown to be tiny, which makes inferring them from experiments easier.

On the number of biologically valid logics

Arxiv (2021)

T. Fink

It is clear that conventional statistical inference protocols need to be revised to deal correctly with the high-dimensional data that are now common. Most recent studies aimed at achieving this revision rely on powerful approximation techniques that call for rigorous results against which they can be tested. In this context, the simplest case of high-dimensional linear regression has acquired significant new relevance and attention. In this paper we use the statistical physics perspective on inference to derive several exact results for linear regression in the high-dimensional regime.

Arxiv (2021)

T. Fink