Sentence examples for biological algorithms from inspiring English sources

Fear has sharpened me: I wake at 3 in the morning to refine biological algorithms or to read papers on ovarian cancer.

These stories are often very beautiful and they crystallise a lot of wisdom but they're much too small-thinking to possibly be correct, given everything we know now about the size of the universe and the biological algorithms and computations and so on.

Recently, individual-based models for anchovies in the Mediterranean have focused on developing adequate biological algorithms to simulate realistic spatial variations of eggs and larvae.

This new field covers the multifarious disciplines under one heading "Biorobotics," thus providing biologists with tools to evaluate biological algorithms for engineering applications.

With The Silk Pavilion project, however, there is an interesting interplay between the CNC's algorithm, which lays down a single continuous thread with varying density, and the silkworm's very own biological algorithms.

Several recent studies have established connections between the biological algorithms used for visual motion estimation and the statistical demands of naturalistic motion estimation.

To overcome this, we present a 3D biological algorithm that uses fracture parameters as the design criteria.

As a result of this finding the present paper presents a new biological algorithm for the optimal design of structural components with fracture, i.e. residual strength, constraints.

To address this, the paper presents a gradient-less 3D Biological algorithm that uses fatigue life as the design objective for shape optimisation of damage tolerant structures.

In this approach, a new and simple method, which we termed FAST (Failure Analysis of Structures), for estimating the stress intensity factor for cracks at a notch, as well as an extension of the biological algorithm was employed to study the problem of optimisation with fracture strength as the design objective.

In this approach, a new and simple method, which we termed FAST (Failure Analysis of Structures), for estimating the stress intensity factor for cracks at a notch, as well as an extension of the biological algorithm was employed to study the problem of optimization with fatigue life as the design objective.