The phrase "automatic documentation" is correct and usable in written English.
It can be used in contexts where documentation is generated automatically, often in software or technical environments.
Example: "The new software feature includes automatic documentation, which saves time for developers by generating reports without manual input."
Alternatives: "automated documentation" or "self-generating documentation".
Furthermore, a software modelling tool is described that supports editing of software models and automatic source code generation for programmable logic controllers as well as automatic documentation generation.
As a case study, we used automatic documentation verification to identify and fix severe flaws in the architecture of a non-trivial piece of software.
Automatic documentation of activities, process control or the right information in specific work situations as supplied by pervasive computing are expected to increase the effectiveness as well as efficiency of health care providers.
As we noted in our effort to derive and validate a signature for head of bed elevation, variability in documentation practice may limit the ability to derive a clinically useful digital signature; however, an emerging automatic documentation technology could help overcome this limitation.
It delivers increased interactivity and participation by parallelization, increased openness and less personal prejudice through anonymity, more sophisticated analysis by voting and analysis in real time, and by the end of the day automatic, comprehensive, neutral documentation retrievable from the computer [13, 14].
It delivers increased interactivity and participation by parallelisation, increased openness and less personal prejudice through anonymity, more sophisticated analysis by voting and analysis in real time, and, by the end of the day, automatic, comprehensive, neutral documentation retrievable from the computer [1].
In this article, we propose an interactive approach for the semi-automatic identification and documentation of architectural patterns based on a domain-specific language.
Additional benefits of developing in the framework include source code self-documentation, automatic coarse-grained parallelisation, cross-language integration, data logging, performance monitoring, and will include dynamic load-balancing and 'pause and continue' execution.
We now have fully integrated the documentation of automatic cleaning and disinfection into the documentation system using a newly produced computer program.
The SCM system serves as a starting point for automatic generation of standard code documentation and for performing automatic testing procedures on standardized integration platforms.
This level of unstandardized and overlapping documentation impedes an automatic extraction of NMDS-AT data from the available patient records at the moment.
