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The acoustic properties including sound speed and the attenuation coefficient are important factors which determine the efficacy of acoustic equipments and targets detection of seafloor sediments. This paper presents a multi-mode acoustic in situ measurement system to be used in the deep sea. We analyzed the major system framework and relevant hardware and software. The proposed system provides two...
This paper represents a real-time monitoring technique of all the components of a Solar Battery Charging Station (SBCS). Its ability to generate clean energy at free of cost, along with availability almost all year round makes SBCS very popular in tropical countries like Bangladesh. Successful implementation of this technique in any existing SBCS can increase its efficiency and distribute more power...
Lacking better methodology is one main factor that prevents remote healthcare application development using wearable sensors. Sensor devices and data heterogeneity are two additional factors. Integrating devices is a challenge due to lack of interoperability between APIs, protocols and their data formats, despite they relate to same device type. ANT+, a proprietary protocol, strengthens the goals...
This paper describes successful and cost effective design & implementation of PC-based SCADA training system for the natural gas transmission and distribution industry. The design provides robust and automated environment for centralized control of a geographically scattered process. Microcontroller based data acquisition (DAQ) control units for distributed data processing are designed and serially...
A remote monitoring, control and intelligent are one of the most important criteria for maximizing process plant availability production. With the development of modern industry the requirement for industrial monitoring system is getting higher. A system is required to be able to acquire and process real time data. It is also required to control related instruments to change those environmental factors...
In this paper, the development of photovoltaic module tracking and web based data acquisition system for real-time monitoring of electrical parameter of photovoltaic module and the direct solar insolation has been proposed. The main objective of this paper is to evaluate the performance of proposed photovoltaic module of photovoltaic system by remotely collecting the onsite data during its standstill...
Mobile healthcare services have received growing attention due to the rapid technical advancement of sensor devices, sensor networks, and mobile data transmission. Healthcare monitoring services, in general, lack the needed sophistication for the acquisition of the huge amount of healthcare data generated from mobile users. The overhead of filtering out a large amount of unnecessary data that are...
This paper deals with the software development for a remote monitoring of industrial machines with the features of analysis of the machine data to detect any abnormality in their operations and generating a report according to this analysis. A set of software tools is thus developed for this diagnostic system with the primary objective is to detect any incipient faults those are being cropped up and...
Information Technology can vastly improve the quality of healthcare by providing fast, secure, efficient and inexpensive ways to acquire, store and analyze patient data electronically. Data acquisition systems help deal a large number of patients at hospitals, especially during an epidemic spread. The patient data can then be analyzed in real-time to visually monitor disease spread and take preventive...
Assessment of sleep-stage patterns and sleep disorders with the conventional sensor system uses many electrodes and straps to record the physiological body parameters. This causes inconvenience to the person who undergoes the sleep study. Thus a contactless measurement system would be ideal for measurement of body parameters for sleep-stage pattern analysis. We propose a contactless measurement system...
Adequate monitoring of the electricity transmission system through widespread installation of data acquisition modules is crucial for the effective monitoring and control of the electricity transmission grid. In this paper, we present the architecture and implementation details of a ubiquitous Web-based dispatcher information system deployed on the Turkish electricity transmission grid. By means of...
This paper presents a data acquisition and visualization system, with storage in the cloud, applied to photovoltaic (PV) systems. The proposed system uses an embedded computer to perform communication with PV inverters via the RS485 standard. The system developed also performs the acquisition of meteorological data, the computer embedded obtain data by a microcontroller that performs reading of the...
This paper presents development of a real time remote electrical parameter monitoring system for the single phase supply in the LabVIEW environment. In this paper, the use of SCADA software like LabVIEW along with a low cost microcontroller based data acquisition system is presented for real time remote monitoring of important electrical parameters like root mean square voltage and current, peak-peak...
There is a growing interest in monitoring wide-area power grids, where dedicated devices, so-called phasor measurement units (PMUs), located in substations within the grid, steadily provide measurement data to control centers, thereby enabling the continuous supervision of the system state. The trend towards increasing numbers of PMUs to provide a more accurate and finer-grained system view gives...
Railway is one of the most used means of transportation. For the railway system to operate flawlessly constant monitoring and inspection of railway tracks is required. Currently railway track inspection and monitoring is done manually which is time taking and not accurate, due to the high chance of human error occurrence. Moreover, practically it is impossible to inspect and monitor the railway track...
To determine the accurate radiation dose for a specific small volume of tissue, confirmation of the temporal location of a target position is very important. The temporal location of the target can help improve the accuracy of target localization. A kilovoltage cone-beam computed tomography (CBCT) system mounted on a linear accelerator can verify the target on each treatment day, but this system requires...
The Heavy Photon Search (HPS) experiment at Thomas Jefferson National Accelerator Facility (JLab) will search for heavy photons, which are new hypothesized massive vector bosons. The experiment consists of an electromagnetic calorimeter and Silicon Vertex Tracker (SVT). The SVT Data Acquisition System (DAQ) supports readout and processing of signals from 36 silicon strip sensors of the SVT. It also...
This paper presents a real-time monitoring system for PV power plants based on a microcontroller Atmega328P-PU. The proposed system, whose performances can be relatively close to those achieved with commercial monitoring systems, is simple, low-cost and open source technology-based. In addition, a user interface, capable to communicate through a wireless network by using a standard communication protocol...
The Data Quality Monitoring (DQM) Software is a central tool in the CMS experiment. Its robustness and flexibility is critical for monitoring detector performance and providing fast and comprehensive feedback centrally for the experiment in realtime (Online DQM), after a full event processing with fine-grained analysis (Offline DQM), and as a validation tool to validate both the CMS software (CMSSW),...
We present the design for the new read out system being developed for the Phase 2 Upgrade of the ATLAS Tile Calorimeter. The front-end electronics will be replaced to address the increase in beam energy and luminosity planned for the LHC around 2023, as well as to upgrade to faster, more modern components with higher radiation tolerance. The new electronics will operate dead-timelessly, providing...
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