Design Of Real-time Monitoring System Research Articles

Research on Structural Design and Optimisation Analysis of a Downhole Multi-Parameter Real-Time Monitoring System for Intelligent Well Completion

In this paper, based on electro-hydraulic composite intelligent well-completion technology, a new type of downhole multi-parameter real-time monitoring system design scheme is established. Firstly, a multi-parameter real-time monitoring system with a special structure is designed; secondly, its reliability is analysed by applying the method of numerical simulation; finally, in order to verify the reliability of the simulation results, a principle prototype is developed, and indoor experimental tests of fluid flow are carried out. The experimental results show that the flow rate is directly proportional to the differential pressure, and when the flow rate is certain, the higher the water content, the higher the differential pressure. The indoor experimental flow rate of 400~1000 m3/d is measured with high accuracy, and the error range is within 5%. Numerical simulation and experimental results with a high degree of fit, a flow rate of 400–1000 m3/d, the two error range within 10%, the integrated flow coefficient of the experimental value is stable between 0.75–0.815, the simulation value is stable between 0.80–0.86. The mutual verification of the two shows that the flow monitoring design meets the requirements and provides a reference basis for the structural design of the intelligent, well-completion multi-parameter real-time monitoring system.

Design of Real-Time Monitoring System for Tunnel Structure Based on Novel Sensor Technology

Abstract This paper proposes a new wireless sensor tunnel monitoring system, comprising TAM sensors, a 5G network, a Zigbee network, and a monitoring center, based on the environmental characteristics of construction tunnels. The ZigBee algorithm enables the tunnel monitoring system to achieve real-time monitoring and fast transmission. We conducted detailed testing on the accuracy of the monitoring system, the validity of historical data, the response speed of the blasting control, the displacement, and the positioning accuracy, and analyzed the test results. According to the results, the new wireless sensor tunnel monitoring system has an accuracy rate of 94.79%, and the test value is comparable to the actual value. In the real-time monitoring of the stress of the support structure at the entrance and exit of the highway tunnel, a displacement ductility coefficient of 2.3 indicates the lowest bearing capacity, making it susceptible to damage. The T4 sensor was found to produce a maximum settlement of 1mm in the vertical direction during the highway tunnel blasting test.

Smart Medical System Integrated into the Design of Real-Time Monitoring System for Efficient Medical Students' Physical and Mental Health

An embedded visual remote medical monitoring front-end system is introduced, which has the functions of embedded Web transmission of medical students' mental health monitoring data, voice intercom and high-definition visual monitoring. A survey was conducted among 718 medical students using the Five-Factor Mindfulness Awareness Scale, College Students' Psychological Harmony Scale, Self-Esteem Scale, Interpersonal Interpersonal Diagnosis Scale, Trait Coping Style Questionnaire and Symptom Self-Rating Scale. The construction strategy of the smart medical system aims to provide new ideas and references for the smart medical system to adapt to the ever-expanding medical application needs. SPSS 21.0 is used to test the internal consistency of the questionnaire results.

Design of Real-Time Monitoring System for Cutting Fluids

The paper describes the design and implementation of a cutting fluid monitoring system, as well as the design and development of an algorithm to increase the life of the cutting fluid in the machine tool reservoir. Cutting fluids are the most common type of coolant in machining. During its use, it becomes contaminated and gradually degrades until it needs to be replaced with fresh fluid. To increase its effective service life, its parameters should be monitored at regular intervals, and corrective measures such as topping up the fluid quantity and adding inhibitors and additives should be taken if necessary. For this purpose, a conceptual design of a monitoring device was developed, and a prototype device was subsequently manufactured. The device is designed as a floating probe in the storage tank. Therefore, its shape had to be designed to accommodate multiple sensors, batteries, and electronic components while remaining floating and watertight. The designed prototype was made by additive manufacturing and placed in a cutting fluid while being measured at regular intervals. In the event of non-compliant parameters, the algorithm generated corrective actions, and the machine operator could take the required steps to significantly increase the lifetime of the cutting fluid.

Design of Real-Time Monitoring System for Performance Parameter and Alarm of Main Engine RV. Baruna Jaya III

With the increasing age of RV. Baruna Jaya III (30 years), the ships often face various problems. The continuous operation of the engine causes a decrease in its performance which eventually results in the failure of the main engine. For instance, damage to the main engine can stop operating of the ship at sea which eventually have various impacts on ship and life safety as well as operational cost. In this context, efforts to manage ships especially for the operation of main engine and its prevention from errors through real time monitoring and control system have become a major issue. This study aims to design a monitoring and alarm system for the main engine performance on the RV. Baruna Jaya III as the preliminary step for the development of the overall monitoring system. As a result, a design for data acquisition of the main engine performance parameters in real time and the design of a ship’s main engine failure alarm system have been developed using PLC-based design technology and a SCADA-based monitoring system. This system can be thus further built for the performance of the ship’s main engine, as part of management ship operations and maintenance policies.

Design of real-time monitoring system for transmission channel energy consumption in wireless sensor networks

The collection of energy consumption data of the transmission channel of the wireless sensor network is neglected, which has the problem that the operation rate of the network is low and the time is long. The new real-time monitoring system of transmission channel energy consumption for wireless sensor network is proposed and designed. For the hardware part, the structure of the network master node, the child node and the transit node are analysed respectively, employing the single chip program to design hardware part of the system. In order to complete the design of the software part of the system, a network transmission channel is designed to query historical data, display data in real time and collect energy consumption data in real time. The experimental results show that the proposed system has a higher network transmission rate and shorter monitoring time, which verifies the real-time and effectiveness of the system.

Design of real-time monitoring system for transmission channel energy consumption in wireless sensor networks

Design of real-time monitoring system for transmission channel energy consumption in wireless sensor networks

Design of Real-time Monitoring System for Liquid Flow Standard Device Based on Internet of Things

In order to improve the level of information and artificial intelligence of liquid flow standard devices, a real-time monitoring information exchange platform system of Internet of Things for standard devices is built in this paper. By introducing artificial bee colony algorithm to optimize BP neural network algorithm, the data of the Internet of Things system can be analyzed and provided to users, so as to improve the artificial intelligence level of the whole set of standard devices. Simulation and experiment show that the system for liquid flow standard device proposed in this paper works stably and reliably, and all the indicators meet the testing requirements of standard devices.

Research on design of the real-time monitoring system for full hall steel tubular scaffolds

Full tubular scaffolds are widely used in substation engineering. However, full hall steel tubular scaffolds collapse can lead mass casualties without effective safety management. The real-time monitoring system for full hall steel tubular scaffolds can prevent collapse accidents. Aiming at the monitoring demand of full hall steel tubular scaffolds, research on design of real-time monitoring system is carried out. This paper mainly discusses system design principle, system function design and system formwork design. The function design part refines the different function permissions of users in different roles, and the framework design part analyzes the composition of the system and the way of data transmission.

Design of Real-Time Monitoring System for Environmental Engineering based on Cloud Computing

Following the biological boundaries variety is significant remembering the ultimate objective to settle on the idea of our condition designing. This paper targets distinguishing and enumerating the adjustments in the natural boundaries. Ecological observing applications dependent on distributed computing utilizes sensors to help in ensuring natural conditions like hotness, air eminence, quake, etc. For example, the PCs can support and give substantially more functionalities to cloud. The noteworthy zones that spread home, enterprises, structures, etc. This is the route toward watching a portion of the element of condition and accordingly giving the highlights to the overseers and customers.

Design of Real-time Monitoring System for CO2, CH4 and Various Environmental Factors in Intelligent Greenhouse

In view of the poor real-time performance and the lack of diverse monitoring means of the greenhouse monitoring system, a cloud-based smart greenhouse monitoring system is designed using wireless sensor networks technology and the cloud technology. The system takes the cloud server as the core, and users can access the cloud server remotely through the PC terminal or mobile phone online, so as to realize the real-time monitoring and control of the greenhouse environmental factors(temperature, moisture, illumination). In addition, in order to avoid atmospheric pollution caused by excessive greenhouse gas emissions, the system adds on-line monitoring of the main greenhouse gases (CO2, CH4) in the greenhouse. With this system, we can achieve the goal of increasing crop yield and reducing environmental pollution. The experimental results show that the system has high stability and accuracy, and is easy to operate. It is suitable for popularization and application in greenhouses.

4g-Based Specialty Vehicles Real-Time Monitoring System Design and Implementation

In the future development of natural gas transportation industry, emerging ITS technology will be applied more and more, aiming at integrating precise positioning technology, geographic information system technology, database technology, multimedia technology and modern communication technology, sensor network technology and video capture technology, so as to achieve the transport steam (oil) vehicles in real time monitoring and management. The main research content of this paper is to design and research the monitoring and locating system of luck (oil) vehicle based on 4G on Android System. Real-time monitoring and alarming by sensor module, real-time video recording and uploading through camera module, real-time position recording and uploading through GPS module, vehicle navigation module and quick alarm module, which is composed of five parts. The system is the application of new intelligent transport technology in the field of special vehicle transport. It apply electronic information technology and internet of things technology to the vehicle system, so we can monitor natural gas and other special dangerous goods anytime, anywhere.

Design of Real-Time Monitoring System on Raw Milk Transport Process

With a purpose to guarantee the quality safety of raw milk during the transport process, based on the internet of things, this paper made the raw milk transport process as the research objective. As the key technologies like GPS, GPRS and RFID were applied and STM32F103 Singlechip was adopted to fulfill the hardware design of system. Real-time collection and storage of the information on transport vehicle location and milk box temperature as well as real-time monitoring on raw milk transport process could be conducted to achieve the visualization of the whole process from livestock farm/milk station to processing factory, thus the transparency of raw milk in transportation could be ensured, which provided guarantees for raw milk quality and safety and was of great significance for the healthy development of the dairy productsbusiness in our country.

Microseismic Real-time Monitoring System Based on Virtual Instruments

Geological disasters such as rock burst coal and gas outburst in coal mines have inevitable link with micro-seismic phenomenon intrinsically. Monitoring the underground microseismic signals could determine the scope and extent of the underground rock and provide strong evidence for underground mine safety monitoring. A microseismic real-time monitoring system design based on virtual instrument was presented, using thirty two channels front microseismic signal processing unit, data acquisition card DAQ-6343, realizing multi-channel analog microseismic signals acquisition, achieved a real-time monitoring and analysis of microseismic signals combined with the microseismic method and improved adaptive wavelet transform processing algorithms in the LabVIEW platform. System monitoring results agree well with the actual mine earthquake, the error of obtained positioning results is small, realizing a real-time microseismic monitoring and analysis.

Real Time Monitoring System Design of Animal Husbandry Logistics Based on ARM and ZigBee

How to guarantee the origin country of livestock and monitor survival state during transportation become imminent problems of animal husbandry logistics. This paper proposes the use of RFID technology to monitor the origin country of livestock, using the ZigBee and ARM to monitor the environment during transport to assure the livestocks physique. After a preliminary test, the system works well and meets the requirement.

Design of Real-Time Monitoring System for Recycling Agricultural Resourcing Based on USN

In this paper, we propose a integrated real-time monitoring system for recycling agriculture resourcing based on USN. We design and implement the monitoring system so that we can integrate the quality control of farmyard and liquid manures, barn environment monitoring, and positioning information control into a total management system performing recycling of excrement and manure. Selection of sensors and sensor-node construction and requirements, structure of wire/wireless communication networks, and design of monitoring program are also presented. As a result of operating our system, we can get over various drawbacks of conventional separated system and promote the proper circulation of excrement up to the farmyard. We confirm that these advanced effects arise from the effective management of the total system integrating quality control of farmyard/liquid manure, barn/farmhouse information, and vehicle moving monitoring information etc. Moreover, this monitoring system is able to exchange real-time information throughout communication networks so that we can construct a convenient information environment for agricultural community by converging IT technology with farm and stockbreeding industries. Finally we present some results of processing using our monitoring system. Sensing data and their graphs are processed in real-time, positioning information on the v-world map offers various moving paths of vehicles, and statistical analysis shows all the procedure from excrement occurrence to recycling and resourcing.

A Wireless and Real-Time Monitoring System Design for Car Networking Applications

We described a wireless and monitoring system to obtain several classes of vehicle data and send them to the server via General Packet Radio Service (GPRS) in real-time. These data are consisted by on-board diagnostic (OBD) which get from the vehicle’s OBD interface, Tire-Pressure Monitoring system (TPMS) and Global Positioning System (GPS). The main content of this paper is the hardware design of the system, especially RF modules and antennas.

Air Quality Monitoring System Based on LabVIEW

The design of real-time monitoring system of air quality is disccussed. The use of virtual instruments can reduce hardware designs. The real-time monitor, the display of curve and data are based on virtual instrument development platform LabVIEW. The use of wireless transceiver can get rid of space limitation and physical wiring, and curve fitting technology is used to achieve error correction and analysis, improve accuracy of the systematic sampling. This system has changed the trandi-tional methods, made the decetion system modular, intelligent, systematic and real time.

Design of Real-Time Monitoring System for Surface Water Pollution Based on GPRS

To implement the remote and real-time monitoring of surface water pollution, a design scheme of water quality monitoring system based on GPRS technology is put forward, which is composed of monitoring terminal, monitoring center and communication network. The various parameters of surface water are acquired using water quality detection sensor terminal and uploaded to the remote monitoring center via GPRS module by monitoring, and then the water quality parameters acquisition, processing and wireless transmission are realized. Water quality parameters are received through the internet network by the monitoring center, to realize its remote monitoring and management. According to the practice result, the system has materialized functions on GPRS service platform, such as real-time water quality parameters acquisition, procession, wireless transmission, remote monitoring and management, which is suitable for surface water pollution continuous monitoring and has the good application in the future.

Human ADL Signal Transmission System Optimization Method Using Bayesian Network Based on Wireless Sensor Network

A optimization method of human-body ADL(activity of daily living) real-time monitoring system design method based on wireless sensor network is proposed, which is able to detect elderly people body posture and biological signal at rehabilitation centers and nursing homes and doctor or their family can know patients’ body state through mobile phone or PC. The number of nodes in each base station increase can cause network congestion. A optimization data transmission algorithm based on Bayesian network is presented, and sensors under the Bayesian network distribution model and algorithm are built. Finally, experiments results indicate that system’s real-time performance is improved and parameters of Bayesian network training method is effective.