Differentiation can be modeled at the single cell level as a stochastic process resulting from
the dynamical functioning of an underlying Gene Regulatory Network (GRN), driving stem or …

Differentiation is the process whereby a cell acquires a specific phenotype, by differential
gene expression as a function of time. This is thought to result from the dynamical functioning …

Background According to Waddington’s epigenetic landscape concept, the differentiation
process can be illustrated by a cell akin to a ball rolling down from the top of a hill (proliferation …

The rise of single-cell data highlights the need for a nondeterministic view of gene expression,
while offering new opportunities regarding gene regulatory network inference. We …

Differentiation is the process by which a cell acquires a specific phenotype, through the
expression of genes over time. It is now widely accepted that these dynamics results from the …

The Sinkhorn algorithm is the most popular method for solving the entropy minimization
problem called the Schr\"odinger problem: in the non-degenerate cases, the latter admits a …

A core challenge for modern biology is how to infer the trajectories of individual cells from
population-level time courses of high-dimensional gene expression data. Birth and death of …

Channel assignment is among the most challenging issues for multi-radio wireless mesh
networks, given the variety of objectives that can be pursued and the computational complexity …

Endowing mesh routers with multiple radios is a recent solution to improve the performance
of wireless mesh networks. The consequent problem to assign channels to radios has been …

The availability of cost-effective wireless network interface cards has recently made it
possible to equip wireless mesh routers with multiple interfaces. The problem how to assign …