Sentence examples for building domain from inspiring English sources

Yet, building domain ontologies from scratch is known to be a very labor-intensive process.

This paper presents an overview of automatic methods for building domain knowledge structures (domain models) from text collections.

Our aim is to show how the kinetic scheme developed in the pre-cited articles is perfectly suited for building domain decomposition strategies which make the method more attractive with respect to classical numerical techniques for kinetic equations and multi-scale realistic problems.

We will depart from existing methodologies, developed to measure location accessibility, and transpose them for use in the building domain, in an effort to propose a concrete way to audit building accessibility and lay down some analytical metrics for its measurement.

The contribution in this paper is to discuss how a new type of tool for building domain specific languages and editors using language workbench approach can be used to support the different user categories in their tasks working with variability of a product and production system while at the same time provide cohesion and traceability of information.

In a previous paper, an approach for building Domain-Specific Modeling Languages (DSML) was proposed to support framework reuse (Viana et al. 2012).

Finally, the last interesting work we propose as a future extension of this work is building domain-specific catalogs of software concerns.

Ideally, these small language implementations should be independent of each other such that they can be designed, implemented and debugged individually, and later be reused in different applications (e.g., building domain-specific languages).

Most projects used DSLs from the UI, configuration, shell scripting, querying, and building domains.

Little has been done toward testing or improving the user-understandability of regulatory requirements in the building and construction domain to support automated compliance checking.

However, in spite of the seemingly spontaneous choice towards computable representations that can be easily visualized, little has been found by the author in previous research that focused on experimentally testing or improving the user-understandability of regulatory requirements in the building and construction domain for the various computable rule representations.