The phrase "autonomous monitoring system" is correct and usable in written English.
It can be used in contexts related to technology, automation, and surveillance, typically referring to a system that operates independently to observe or track certain parameters or conditions.
Example: "The autonomous monitoring system was able to detect anomalies in real-time without human intervention."
Alternatives: "self-operating monitoring system" or "automated surveillance system.".
Being an autonomous monitoring system, it is essential to guarantee a long lifetime of gas WSN.
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.
Based on these observations, we propose in this article a novel RFID-based Autonomous Monitoring system for Pipelines, called RAMP, which combines sensor- and robot agent-based technologies with RFID technology for the very first time for event (incident) localization and proactive and corrective monitoring of a large spectrum of pipeline types including water, sewer, and gas pipelines.
powerful emissions need a heavy power supply which can drastically limit the efficiency of autonomous monitoring systems, thereby causing drastic harm to marine mammals and disturbing their behavior.
The device is meant to provide energy to wireless autonomous monitoring systems in low frequency environments such as wind turbines of 30 kW with rotational speeds of between 50 and 150 rpm.
The research is seen as a precursor to the future deployment of autonomous vegetation monitoring systems (environmental sensor networks).
This research study provides a comprehensive approach for understanding and predicting mixing processes for similar lakes, whenever high-frequency data are available from VPS or other autonomous water monitoring systems.
This paper establishes a catadioptric omnidirectional vision system to achieve a large FOV, low power consumption, economy, stable observation, on-line, and autonomous marine buoy monitoring system.
Autonomous operation of the monitoring system through photovoltaic energy supply. .
To integrate such autonomous devices in a monitoring system, semantic models are required that describe the devices and their data, thus we need knowledge-based approaches.
