The phrase "autonomous monitoring" is correct and usable in written English.
It can be used in contexts related to technology, systems, or processes that operate independently to observe or track certain parameters or activities.
Example: "The autonomous monitoring system was able to detect anomalies in real-time without human intervention."
Alternatives: "self-sufficient observation" or "independent tracking".
An autonomous monitoring robot conducts image analysis to provide visual feedback to the operator.
Being an autonomous monitoring system, it is essential to guarantee a long lifetime of gas WSN.
The smart mobile phones have accelerometers and position sensors that can be useful for autonomous monitoring roads.
Fig. 1 Architecture of autonomous visual support system. Figure 1 shows the architecture of the proposed autonomous monitoring system.
Choosing the observation region (ROI: region of interest) is equivalent to deciding the action of the following autonomous monitoring system.
Curvelets are thus likely to be of benefit to autonomous monitoring of CME properties for space weather applications.
In the semi-finals I attended, I saw a pair of young women from Pakistan looking to reduce stillbirth rates with a new pregnancy monitor, an automated eye-checking device that can be deployed anywhere and used by anyone, and an autonomous monitor for water tanks in drought-stricken areas.
Compared with both Receiver Autonomous Integrity Monitoring (RAIM) and ground based GNSS Integrity Channel GICC) methods which are widely adopted nowadays, the Satellite Autonomous Integrity Monitoring (SAIM) method can be used to monitor orbit/ephemeris and clock errors, and has advantages in monitoring orbit and clock quality and providing instantaneous responses when faults happen.
A standard receiver autonomous integrity monitoring (RAIM) technique for the global positioning system (GPS) has been dedicated to provide an integrity monitoring capability for safety-critical GPS applications, such as in civil aviation for the en-route (ER) through non-precision approach (NPA) or lateral navigation (LNAV).
Hemma Philamore, a PhD student at the laboratory, added: "We anticipate that the Row-bot will be used in environmental clean-up operations of contaminants, such as oil spills and harmful algal bloom, and in long-term autonomous environmental monitoring of hazardous environments, for example those hit by natural and man-made disasters".
Ideally, the envisioned technologies would be capable of nondestructive, near-real-time, autonomous process monitoring.
