Implementation of a Web System to Detect Anemia in Children of Peru

Ayala, Ricardo Leon; Rosas, Noe Vicente; Andrade–Arenas, Laberiano

doi:10.14569/ijacsa.2021.0121299

Cited by 6 publications

(3 citation statements)

References 17 publications

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“…The fabrication of the prototype was carried out in Mockplus [25], a tool that facilitates the creation of prototypes. It makes design faster, smarter and easier.…”

Section: ) Mockplusmentioning

confidence: 99%

Mobile App Design: Logging and Diagnostics of Respiratory Diseases

Canari¹,

Obispo²,

Salazar³

et al. 2022

IJACSA

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Over the years, a wide variety of respiratory diseases have caused a high mortality rate throughout the world. This was again observed with the appearance of the pandemic, COVID-19. In addition, the most affected are people living in extreme poverty. The objective is design a mobile health application for the registration and diagnosis of respiratory diseases. For this, the RUP methodology was applied, because it easily adapts to various types of projects. Its use, together with the UML process development software, allows the analysis, implementation and documentation of object oriented systems. For validation, a user survey was carried out and the questionnaire was based on the dimensions of functionality, efficiency, effectiveness and satisfaction. Obtaining as a result a positive qualification to the design of the application and its acceptance due to the reduction in the time to obtain the diagnosis. In conclusion, a mobile health application design was successfully carried out so that patients can register and have the diagnosis of respiratory diseases from the comfort of their home.

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“…The fabrication of the prototype was carried out in Mockplus [25], a tool that facilitates the creation of prototypes. It makes design faster, smarter and easier.…”

Section: ) Mockplusmentioning

confidence: 99%

Mobile App Design: Logging and Diagnostics of Respiratory Diseases

Canari¹,

Obispo²,

Salazar³

et al. 2022

IJACSA

Self Cite

View full text Add to dashboard Cite

show abstract

“…First, this research [6] focused on developing a non-invasive method to detect anemia in children in Peru, this group achieved its goal by creating a web system which contains a form, which once completed, offers the possibility of uploading a photo of a nail, that with the help of artificial intelligence implemented on the web an analysis can be carried out using its color and thus achieve a much more precise diagnosis; this work evaluated children from different departments, Puno, Loreto, Pasco, Arequipa and Ucayali being the departments with the highest rate of anemia, thus obtaining an estimate that 50% of Peruvian children do not have a proper diet, thanks to the development of this project a new alternative is obtained to be able to detect this disease in time and reduce this figure, in addition to reducing the blood tests that are normally required in anemia tests.…”

Section: Introductionmentioning

confidence: 98%

Development of a Web System that Allows Detecting Stress in Young People between the Ages of 18 and 23 to Treat them Early

Alfaro-Espinoza,

Miñope-Anchaya,

Pablo-Pachas

et al. 2023

IJRITCC

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Stress is a disease that goes unnoticed in most cases, currently the world is going through a global pandemic that in many cases has generated an increase of the stress level in the population; however, this disease is a response of the organism to stress factors, such as the work and educational environment, implying that the university population is very prone to suffering stress or already has it, for this reason, the present work is focused on they. Finally, a web system will be developed to a large extent that will allow detecting stress in university students through a form, for which multiple web technologies will be used, in addition to the Scrum methodology. In this way, a website prototype was obtained that meets two objectives, the detection of user stress and ensuring that they obtain the necessary information so that they know the causes and effects of this disease, as well as activities that help them to cope, control and overcome stress; thanks to this present project, the user will be able to know their stress level and knowing the severity of this, they will resort to the necessary professional help, achieving in the future, reducing the stress index in the university population.

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“…In another area, there is a large percentage of diseases due to malnutrition in Indonesia, since these data were analyzed, resulting in 3.4% of the population suffering from this disease. It is important to consider that malnutrition is the trigger for other diseases linked to malnutrition since this often affects the life and growth of the child in their intellectual development in their growth stage [8]. For this, it was planned to develop an expert system that performs the work of detecting children in an age range of 1 to 3 years, for which an algorithm called naive bayes classifier was used [9].…”

Section: Introductionmentioning

confidence: 99%

Mobile application: expert systems model for disease prevention

Rubio Paucar,

Ascona Rivas,

Andrade-Arenas

et al. 2023

Bulletin EEI

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In recent years, both locally and globally, many citizens are cornered by different diseases which grates a lot of concern in the person, due to the collapse of different medical centers, it is necessary to use information systems. The objective of the research is to develop a mobile application that allows detecting what type of disease a patient suffers from and maintaining communication with the expert in the field using an expert system such as azure machine learning studio that allows detecting the deadliest diseases. For the development of this research, the rup methodology was applied, which allows the use of different techniques where the necessary activities can be carried out with efficient communication. For the validation of this project, a survey was used for the experts with a questionnaire of questions, giving a positive result in the implementation of this project. The result was an acceptance of 83.3% in a high way in their survey responses. In conclusion, this mobile application was successfully designed, benefiting many people and, above all, preventing dangerous diseases that can even lead to death.

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Implementation of a Web System to Detect Anemia in Children of Peru

Cited by 6 publications

References 17 publications

Mobile App Design: Logging and Diagnostics of Respiratory Diseases

Mobile App Design: Logging and Diagnostics of Respiratory Diseases

Development of a Web System that Allows Detecting Stress in Young People between the Ages of 18 and 23 to Treat them Early

Mobile application: expert systems model for disease prevention

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