The phrase "autonomous information" is correct and usable in written English.
It can be used in contexts discussing data or information that operates independently or is self-governing.
Example: "The system is designed to process autonomous information, allowing for real-time decision-making without human intervention."
Alternatives: "self-sufficient data" or "independent information".
Media and information quality – looking at how to understand and control the effects of autonomous information systems and "influential algorithms" like Facebook's news feed.
Thus, the necessary definitions and algorithms that can consistently maintain shared data are provided offering potentially spanning multiple autonomous information systems and local workflows of the collaborative enterprises.
The objective of this paper is to analyze and verify the autonomous information requirement of near-miss accidents and investigate the feasibility and performance of using a Zigbee RFID sensor network to fulfil these requirements.
AWS encapsulates functionalities and competencies related to its management and manufacturing operations, as well as its autonomous information system, which supports autonomous decision-making and cooperation in the network.
This paper presents the architecture of an autonomous information system, which can be replicated by other hospitals and with the possibility of being used through a central application for monitoring and report production at a national level.
If a similar mechanism that has these two properties governed the interactions between complex DNA nanostructures rather than between individual DNA strands, it would give rise to sophisticated autonomous reconfiguration in systems of DNA nanostructures, much like the autonomous information processing in DNA circuits and devices.
Since the dopaminergic neurons help to shape a fly's response to odors on the basis of previous experience, this organization suggests that these compartments may be semi-autonomous information processing units.
This theoretical study, however, shows that a system composed of one substrate with multisite phosphorylation and a pair of kinase and phosphatase can generate autonomous spatial information, including complex stripe patterns.
If proven successful, on-chip implementations of these networks would provide scalable and efficient nanophotonic components for autonomous quantum information processing devices and ultra-low-power optical processing systems at telecommunications wavelengths.
That is, models for cities are primarily autonomous, exchanging information at borders or gateways.
This paper considers trajectory planning problems for autonomous robots in information gathering tasks.
