The phrase "augmentation of information" is correct and usable in written English.
It can be used in contexts where you are discussing the increase or enhancement of data or knowledge.
Example: "The augmentation of information through advanced technology has transformed the way we analyze data."
Alternatives: "enhancement of information" or "increase in information".
Increasingly, studies show how the augmentation of administrative data with minimal clinical information may improve the former's predictive power [ 27, 28].
Besides automatically correcting many of the mentioned issues, the proposed method includes extensive annotation and augmentation of all provided information to ease further model building and usage of those translated pathway maps.
A comprehensive design process is introduced in which we show a two-phase development strategy: first, numeric prototypes are built with the use of Fuzzy C-Means (FCM) that is followed by their augmentation resulting in a collection of information granules.
In addition to augmentation of anatomical libraries, that information could also be used to guide selection of transgenic models for neurophysiological and behavioral assays, and improve the specificity of optogenetic or pharmacological studies where a particular cell population or receptor type is targeted.
These devices offer many benefits to end-users in terms of realtime access to information, the augmentation of human memory, and new interaction modalities, but they are also likely to introduce new and complex privacy and security problems.
In the case of mixed information with augmentation and low (but also intermediate, to some extent) levels of information reliability the respondents seem to be very confused by the presence of ATIS.
Their use gradually moved from augmentation of speech recognition systems with visual information [1], to recognition tasks in video where models are trained on video features alone [2].
Recently, the rapid advances in high-throughput sequencing technologies have allowed the augmentation of these computational searches with valuable information on the actual expression levels of these miRNAs.
The proposed brain-swarm interface allows for advancements in swarm high-level information perception, leading to augmentation of decision capabilities of manned-unmanned systems and promoting the symbiosis between human and machine systems for comprehensive situation awareness.
Yet, the new practices and data sets associated with technological augmentation of self-care raise century-old questions about how (and why) physicians might integrate these new sources of health information into their approach to patient engagement.
