Sentence examples for simulation and assembly from inspiring English sources

Synthetic biological systems are currently created by an ad hoc, iterative process of design, simulation, and assembly.

This paper looks into common manufacturing activities such as product design, robotics, facilities layout planning, maintenance, CNC machining simulation and assembly planning.

The third section reports on the various studies of design and manufacturing activities, such as AR collaborative design, robot path planning, plant layout, maintenance, CNC simulation, and assembly using AR tools and techniques.

While for simulation and assembly efficiency the depths of sequencing we considered are generally lower than for current-generation technologies, we note that our non-normalized 2.2 million simulated read dataset represents over 98% of the D. melanogaster transcript set (see section 'Annotation and rarefaction'), supporting the use of aggressive dataset pruning [ 19].

The largest improvements in the correlation with the known domain content of the samples was achieved through assembly (contigs and debris combined) for the 454 simulations and assembly followed by clustering the contigs and debris together for the Illumina simulations.

Interaction with other tools for simulation and automated assembly (see Results and Figure 2).

We present a domain specific programming language called Eugene meant to encapsulate biological Parts, Devices, and Rules paving the way for design space exploration, simulation, and automated assembly.

In particular, we have illustrated flexible Part and Device specification and composition, combinatorial design space exploration of Devices using an expressive system of Rules, and interaction with other tools for simulation and automated assembly.

Numerical simulation of component and assembly behaviour under different loading conditions is a main tool for safety design in automobile body shell mass production.

It accomplishes all of this while being part of a larger tool chain which includes support for design, simulation, and physical device assembly.

However, affordability is the key to survival in aerospace manufacturing, whether civil or military, and therefore effort should be devoted to analysis and computational simulation of the manufacturing and assembly process as well as the simulation of the performance of the structure, since they are intimately connected.