Sentence examples for proprietary representation from inspiring English sources

Such information ranged from proprietary representation formats to engineering and financial databases, which were, since the introduction of WWW technology, accessed through specialized tools and individually developed applications.

Many of these research efforts used well-established standard language representations such as N3 logic and LegalRuleML and thereby alleviated the problem of proprietary representation in most commercial systems.

This avoids proprietary representation and affords extraordinary flexibility.

WeeVis configurators can be integrated into standard Wikipedia pages and are thus more easily accessible compared to proprietary knowledge representations.

One of the early approaches here is the FIPA Foundation for Intelligent Physical Agentss) device ontology specification [10], which defines a common set of device properties in a proprietary frame-based representation.

Ingenuity Systems makes a commercial software system called IPA, which has similar dynamic searching, data overlay, and analysis workflow capabilities to ChiBE's but it uses a proprietary simple interaction network representation as opposed to the rich public pathway information that ChiBE is based on.

In the database, ages are stored in a proprietary format using mnemonic representations.

The need of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking has been pointed out by Garrett et al. (2014).

In spite of the many efforts in automated compliance checking research and development, there is still a lack of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking.

Therefore, this method attempts to add to the limited research in non-proprietary and user-understandable representation of building regulations that is experimentally tested for understandability and reading speed.

Many research and development efforts have been made for automated compliance checking of building designs with regulatory requirements, but there is a lack of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking in the construction domain that is experimentally tested for understandability and reading speed.