HeartBeat+: A Development of Mobile Application on Recording and Monitoring Blood Pressure Readings for Hypertensive Patients

Cruz, Bryan D. Dela; Encina, Amiel Ross H.; Macale, Heidi M.; Lavarias, Claire Nicole R.; Ramirez, Eliseo Q.; Jamis, Marilou N.; Bermudez, Jayson Raymund D.; Guadana, Ryan Richard H.; Yabut, Emeliza R.

doi:10.1109/hnicem.2018.8666317

Cited by 4 publications

(2 citation statements)

References 3 publications

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“…In comparison, certain differences were observed in the development of the mobile application on Android, called HeartBeat [26], which has a very different case study structure than the one presented in this research, since this section is It is distributed by different techniques for a good data collection, for this reason it has the use case diagram, as well as the architecture that its implemented system has and finally the different parts that make up the development of its application are presented, such as the of their website, since the presentation of the App would be entirely for patients and the website so that doctors can continuously monitor their registered patients. There is also the development of another mobile application on Android, called iTourism [27], which will present some similarities with our research, since its case study is structured by the different phases presented by the RAD methodology, finding the difference This section also presents the results obtained when implementing and showing your developed app to a certain amount of the population, which by obtaining the different suggestions that users made, it is possible to see the improvements made in their mobile app by presenting the different tabs that form part of the update of your app with its respective description and the tools that will be used for its correct implementation.…”

Section: A About the Case Studymentioning

confidence: 99%

Proposals emerging technologies for the care of water in homes

2020

IJATCSE

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The topic that will be developed throughout this document is very important since it can affect us now or in the future, such as water scarcity, whose main causes are water pollution, such as eutrophication, which is the accumulation of toxic waste in our lakes, rivers and seas, as well as in the mining tailings made 50 years ago, which has brought many consequences for our health, making this resource less accessible to man, such as the over exploitation of this resource, Therefore, in this work we will use the RAD methodology, in which, when carrying out this research, it is proposed to develop the application called "AWAPP", in which the use of water for the different activities that involve it is delimited, therefore, achieving a reduction of the scarcity of this resource by 20% and ensuring that better care is taken with the excessive use of water, which is expected not to be exhausted over the years, since it would cause an environmental impact with respect to the conscious use of water.

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Section: A About the Case Studymentioning

confidence: 99%

Proposals emerging technologies for the care of water in homes

2020

IJATCSE

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“…For example, in case of a patient with heart disease, the use of telemonitoring is ideal for this kind of person due to she/he needs constant monitoring and control during ordinary activities. Cruz et al [39] developed a mobile application for recording and monitoring blood pressure for hypertension and heart disease patient. This study aimed to propose a system to overcome the limitation of patients constant monitoring and the decision framework for physician respect to the evolution of the monitored disease.…”

Section: B Challengesmentioning

confidence: 99%

Systematic Review of Platforms Used for Remote Monitoring of Vital Signs in Patients With Hypertension, Asthma and/or Chronic Obstructive Pulmonary Disease

2019

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The research in telemedicine has been evolving for several years, nevertheless, there isn't a clear designation of which hardware and/or software tools should those who intend to research on this topic use. Given this situation, the objective of this study is to review and established the most used electronic cards and microcontrollers in vital signs remote monitoring systems for specific chronic patients. Also, this research intended to identify which are the motivations, challenges and recommendations to serve this study as support for further research in this area. To accomplish the above, four databases: ScienceDirect, PubMed, Science AAAS and IEEE Xplore, as well as the search engine Google Scholar academic referents, were used for developed literature review. Likewise, among 330 abstracts were searched to determine their relevance and affinity regarding the targeted scope. At the end, 35 documents were selected due to their high level of importance. According to the information extracted from such scientific papers, Arduino ONE electronic development platform has been the most used (considering low-end embedded devices) for the creation of this type of systems since 2016. Further into the review, the followed process and conclusions will be detailed and further explored. INDEX TERMS Arduino, electronic cards, Internet of Things, sensing, telemedicine, vital signs.

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