Progress Report Wireless Sensing Technologies for Blood Pressure
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Added on 2020-02-23
Progress Report Wireless Sensing Technologies for Blood Pressure
Added on 2020-02-23
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Progress Report Wireless Sensing Technologies for Blood Pressure Minkal Garg 12643641Your Group No: ______________________Supervisor’s name: Dr. Yang Yang
1.Executive SummaryThe project is use of wireless sensing technology for monitoring blood pressure. Theobjective of the project is developing remotely monitored system to measure bloodpressure of human. Generally, data are transferred to central monitoring station utilizingwireless sensor network for storage as well as display. One mote was interfaced to BPmonitor for the purpose of data acquisition. It is used in order to route BP data tomonitoring station. On the other hand, a user friendly graphical user interface is designedin order to design for the purpose of monitoring present as well as past measurements forpeople. The project has analyzing impact of wireless sensor technology to monitor BP.Using a sensor node tied to BPM are successfully initiated. However, while conductingthe research, some challenge is faced like implementation of wireless sensor technologyin health purpose. In addition, some issues in graphical display of incoming data in orderto replace preened text display faced while conduction of the project.1.Outline of activities undertaken so farIn order to use wireless sensor technology for monitoring BP, an experimental set-up hasbeen processed. There has been conceptual view of the system allows medical staffs inorder to track vital signs related to the system. Depending on the distance from the basestations, the particular messages pass through several nodes of router. The graphical userinterface is based on java that runs on the host system. However, main window of thegraphical user interface can add data on the system. Based on the system, the system hasbeen developed in the project. The topology of wireless network is making of staticnetwork infrastructure. 2.Objectives and Scope: Any changes The project has various objectives such as identifying technological advancement onhealth care system. Analyzing the role of wireless sensor technology in order to monitorBP is one of the major objectives of the project. Sensor nodes of the network have beendesigned in order to allow movement of patient (Benharref and Serhani 2014). On theother hand, three types of interfaces with BPM. Measurements of blood pressure can bemaintained for every patient. The readings are properly maintained for every person. Inaddition, present implementation of the system would be helpful. Findings the challengesneed to analysis and take effective steps for overcoming the issues. The present implementation of project can open future opportunities. The improvementsinclude a graphical display of incoming data for replacing present display of text. Alarmgeneration capability helps to alert care provider of reading outside of the limits. It isimportant to develop interface that additionally helps to generate basic algorithm throughthe provider and view stored readings from transmitted things of the procedure. Basiclocation algorithm based on the process. Data encryption routine can enhance effectivelyrun on each of the sensors node that effectively run on each of the sensor node.
3.Progress so farAs the topic of research, it is important to select. Wireless sensor technology has a crucialrole on daily lives. Moreover, wireless sensor technology is helpful in health careservices. Thus, it is important to develop applications and make effective use of thewireless applications. In the project, objectives of the project have been set. In order tofulfill the objectives, secondary data from different sources are reviewed. Aftercompletion of the process, designing the research proposal is achieved. On the other hand,effective methodological tools are selected in the present study so far. As the researchwould be based on, planning has been made based on gathering of secondary data. Afteranalyzing the research, findings and conclusions are generated. In order to develop wireless sensor technology for monitoring blood pressure, articlesfrom different sources are gathered. It is important to select appropriate methodologicaltools for the research (Kakria et al. 2015). The methodological tools such as researchdesign, philosophy and approaches are selected. In addition, data from secondary sourcesare analyzed. As wireless sensor technology presently provides several advantages andusability in health sector, it is required to consider the topic as vital and analyze to getbest possible outcome. 4.Up-to-date Literature ReviewThere is Healthcare Monitoring framework utilizing WSN. In any case, fundamentaldisadvantage of this framework is that we can screen the patients for 100 meters separateas it were. The There is Healthcare Monitoring framework utilizing WSN with GSM wecan screen the patients anyplace over the world (Jung et al. 2014). Amid the mid 1980s,simple cell phone framework was encountering quick development in Europe, especiallyin Scandinavia and United Kingdom, yet additionally in France and Germany. Everynation built up its own particular framework, which was incongruent with every otherperson's in gear and operation (Li et al. 2015). This was undesirable, in light of the factthat not exclusively was the portable hardware restricted to operation inside nationallimits, which in a bound together Europe were progressively insignificant; however, therewas additionally an extremely constrained market for each sort of gear, so economies ofscale and the resulting reserve funds couldn't be figured it out. By utilizing Wirelesssensor system, we make patients' life more agreeable and give practical arrangements. The security is vital in checking of human services which may give by remote sensorarrange (Tarapiah et al. 2016). So, it is a rising exploration point and it meritscontemplating. The patients were checked in situ to sensibly survey the plausibility ofWSN innovation for persistent observing. Our examination is somewhat organizingengineering named Health observing system which coordinates WSNs into web(Benharref and Serhani 2014). Each WSN is sorted out as a versatile specially appointedsystem with one assigned work switch associating with web. The medicinal servicesinformation gathered by sensor hub is altogether transmitted to work switch, at that pointsent to back-end web server through web (Vashist et al. 2014). The entire systemorganization including working mode setting for sensor hub, detecting informationoverseeing and examining are handled on back-end server (Aldaoud et al. 2015). Aproving ground is developed to test the execution of Health Care Monitoring Net, wheresensor hub measures pulse, ECG, heart rate, temperature.
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