The phrase "automation of the generation" is correct and usable in written English.
It can be used in contexts discussing the process of automating the creation or production of something, such as data, content, or products.
Example: "The automation of the generation of reports has significantly improved our efficiency and accuracy."
Alternatives: "automated production" or "automated creation".
Our fully automatic modeller for arbitrary tunnel alignments provides a high degree of automation for the generation, the setup and the execution of the simulation model, connecting the multi-level information model with the open-source simulation software KRATOS.
Our methods are directly applicable to rapid and scalable automation for the generation of large numbers of recombinant monoclonal antibodies.
To achieve rapid and scalable automation for the generation of mAbs from a large numbers of single cells, we previously proposed a high-throughput single-cell-based immunoglobulin gene cloning method by developing a non-contact magnetic power transmission system (MAGrahd) for single-cell-based cDNA synthesis and a target-selective joint PCR (TS-jPCR) for IgH and IgL gene expression [ 13, 14].
This paper describes issues around a CO2 impact optimization algorithm as control concept for the automation of the solar power generation and tracking system wherein a digital power budget principle forms the basis for artificially intelligent decision architecture to maximize CO2 impact of the solar power system.
Josef's workflow builder integrates with a powerful document automation editor, supporting the generation of personalised legal documents, like letters, agreements and forms.
Hence, the proposed method supports full automation of model generation from a biological knowledge database (in the rxncon format).
An approach to automation of the process is discussed, involving geometry generation and mesh generation for inviscid as well as RANS flow models.
In state-of-the-art robotic assembly systems, the assembly sequences and robot motions are pre-defined manually, which significantly impairs the automation of next-generation manufacturing.
The meshless procedure developed here is expected to have wider applications to the iterative optimal design of engineering systems where mesh generation inhibits the automation of the design process.
Coupling of the different computational tools and nuclear databases to the same geometry and material compositions, automation of input file generation and post-processing subroutines enable self-consistent calculations and radial poloidal analyses of several parameters of interest in fusion technology design, optimising time and computer resources.
