Implementation Of Remote Monitoring System Research Articles

Design and Implementation of Remote Monitoring System for Rare Trees Based on LoRa Communication

In recent years, rare plants on the earth have gradually disappeared, so it is urgent to inspect and protect their health. A rare tree monitoring system compatible with NB-IOT (Narrow Band Internet of Things) is designed based on the low-power data transmission technology of LoRa (Long Range Radio). The system takes stm32f103c8t6 as the core of the controller, collects information through temperature and humidity sensor, attitude sensor, infrared pyroelectric sensor and sound sensor, builds a server to store the information and data back to the server, uses the terminal to access the server, and reminds the operator when the amount of information exceeds a certain threshold, Finally, the real-time monitoring of rare trees in the field is realized.

Water quality monitoring via cloud application: Brief review

With the growing issue of water pollution and resources, the need for a remote water monitoring system has never been more crucial. The implementation of remote monitoring system has a growing interest in the current technology development. Evolution of wireless sensor networks, coding automation and control systems led to the introduction of Internet of Things. This paper aims to review a monitoring system via cloud application to make known of current available system. Cloud application system was studied extensively by various researcher, but research study focusing for water quality monitoring is still scarce. Two main objectives in the studies were designing low-cost system and ease of operation. Most of researchers designed their system using ZigBee, one of IoT system that is currently trending. Currently, cloud system was not widely applied in real industrial application due to lack of experimental evidence. Several enhancements that can be made were proposed.

Design and Implementation of Remote Monitoring System for Underground Low Voltage Handhole Using Zigbee Communication

Design and Implementation of Remote Monitoring System for Underground Low Voltage Handhole Using Zigbee Communication

基于隧道的机车远程监控系统的设计与实现

基于隧道的机车远程监控系统的设计与实现

Android-based Implementation of Remote Monitoring System for Industrial Gas Turbines

Android-based Implementation of Remote Monitoring System for Industrial Gas Turbines

Implementation of Remote Monitoring System Based on S3C2440

To achieve a monitoring system indoor, design a network video surveillance system which based ARM9 processor. The system uses the S3C2440,which produced by Samsung Corporation as the processing chip of the network video surveillance systems, and the USB camera as a video capture device, connecting to the Internet via a wired way. This paper describes an embedded operating system migration and programming, as well as MJPG-steamer video server software compiler and transplantation in detail. Experimental results show that the system is stable, while the video is clear and smooth.

Design and Implementation of Remote Monitoring System for Drinking Water Quality in Country

In order to monitor the quality of drinking water in country, the system at fist acquires the data of monitoring parameters by the intelligent embedded terminal, later sends data to the monitoring center by GPRS wireless technology, at last the center implements the functions of the data analysis and control decision. The system had been used in the pipe modification project of rural drinking water in series towns in Wusu City of Xinjiang Province. So far the system had operated well and reliably, and undertaken the automatic, remote and informationized management of the whole process of drinking water supplying.

Design and Implementation of Remote Monitoring System for UPS in Unattended Observation Station

UPS (Uninterrupted power supply) is a basis for the observation equipments, and its reliability play a decisive role for the all tasks. Most of the observation stations are unattended, and their distribution is dispersive. So the maintenance of UPS is tedious and complicated, and it is difficult to achieve unified management and effective maintenance. In response to this situation, this paper proposes a UPS remote intelligent monitoring program. Through the monitoring data collection, remote data transmission, data output display and the control command transfer, this program can monitor the power supply capacity, load conditions and working status in the real-time, and achieve the function of automatic alarm and remote switch control. It completely changes the traditional decentralized management model and improves the level of scientific management of the UPS.

Implementation of Remote Monitoring System Based on SNMP Protocol and Virtual Instrument for Shipborned Equipments in TT&C

Condition of TT&C equipment is very complex, and there are many state parameters. It is a significant issue to be solved in limited bandwidth. SNMP has been successfully applied to monitor equipment condition in many industrial fields, but has not been applied to monitor TT&C equipments at present. Using virtual instrument as software development platform, a method based on SNMP protocol is presented for Remote Monitoring System of TT&C equipment. Then the system is verified. It was concluded that parameters and status of TT&C equipment could be retrieved using SNMP protocol no matter which communication method the equipment supports.

Implementation of remote monitoring system for prediction of tool wear and failure using ART2

Remote monitoring of tools for prediction of tool wear in cutting processes was considered, and a method of implementation of a remote-monitoring system previously developed was proposed. Sensor signals were received and tool wear was predicted in the local system using an ART2 algorithm, while the monitoring result was transferred to the remote system via internet. The monitoring system was installed at an on-site machine tool for monitoring three kinds of tools cutting titanium alloys, and the tool wear was evaluated on the basis of vigilances, similarities between vibration signals received and the normal patterns previously trained. A number of experiments were carried out to evaluate the performance of the proposed system, and the results show that the wears of finishing-cut tools are successfully detected when the moving average vigilance becomes lower than the critical vigilance, thus the appropriate tool replacement time is notified before the breakage.