Synthetic biology is the application of engineering principles to the fundamental components
of biology, with the aim of creating systems with novel functionalities that can be used for …

Abstract Motivation The Chemical Master Equation is a stochastic approach to describe the
evolution of a (bio) chemical reaction system. Its solution is a time-dependent probability …

In this article, we introduce a novel moment closure scheme based on concepts from model
predictive control (MPC) to accurately describe the time evolution of the statistical moments …

We consider the problem of transmitting the state value of a dynamical system through a
communication network. The dynamics of the error in state estimation is modeled using a …

Many biomolecular systems can be described by chemical reaction networks, however,
there may be several candidate networks based on the known biology for a particular …

Many biomolecular systems can be described by chemical reaction networks. Determining
which chemical reaction network models are inconsistent with observed data can be done …

To describe the stochastic behavior of biomolecular systems, the Chemical Master Equation
(CME) is widely used. The CME gives a complete description of the evolution of a system's …

Distributions appear in many forms in models of chemical engineering systems. Such
distributions account for microscopic variability in the system while simultaneously …

We consider the problem of minimizing the variance of a distribution supported on a finite set
of points Ω in R^n given the expected value of the distribution. This produces the distribution …

The Chemical Master Equation (CME) is commonly used to describe the stochastic behavior
of biomolecular systems. However, in general, the CME's dimension is very large or infinite …