Sentence examples for exponential barrier from inspiring English sources

Motivated by these works, we introduce new classes of eligible kernel functions, which are different from known kernel functions in [3, 6, 7] and have the exponential power of exponential barrier term, and propose a complexity analysis of the IPMs for P ∗ -HLCP based on these kernel functions.

From the MAP, the saddle point of the action (called "the bounce") associated with the exponential factor for barrier tunneling probability is obtained and the pre-exponential factor (the ratio of determinants) for the tunneling rate evaluated using stochastic simulation.

Borrowing the model from Escherichia coli, in which the probability of switching between the swimming and tumbling modes is an exponential function of energy barrier whose level keeps fluctuating changing due to fluctuation of certain chemical protein [22], we choose the state of attractor selection model x t) in (5) as a representation of this protein fluctuation.

In this paper we propose new classes of kernel functions whose form is different from known kernel functions and define interior-point methods (IPMs) based on these functions whose barrier term is exponential power of exponential functions for P ∗ -horizontal linear complementarity problems (HLCPs).

This exponential blow-up poses barriers to projects with more than a small number of steps unless we have a way to systematically rule out entire branches of the tree.

The key element in this process is replacing v + with a similar element that will allow the use of exponential-convexity of the barrier function.

The slope of this exponential decay and hence the barrier to tunnelling between quantum dots is reduced for a lower barrier height material.

Assuming the single-exponential kinetics represent barrier-limited folding, these data limit the value for the preexponential factor for folding of this protein to at least approximately 2 x 10 6) s -1).

When a big barrier to the exponential growth of the industry emerges, he argued, an exponentially increasing amount of engineering effort tends to be applied to solve it.

Cho et al. [12] defined a new kernel function, whose barrier term is the exponential power of the exponential function for LO problems, and obtained the best known iteration bounds for large- and small-update methods.

In fact, from the exponential forward bias region, the barrier height for Ni/n+-Si junction is extracted to be 0.66 eV with the consideration of image force-lowering effect.