Roque, G. S. L. 1 ; Nascimento, J. W. A. 1 ; Nascimento, J. F. S. 2 ; Santos, I. C. R. V. 3 ; Souza, R. R. 4 ; Campos Filho, A. S 5 1. Nursing Student, UNICAP, 2. Computer science student, IPESU, 3. Professor/researcher, UNICAP-UPE. 4. PhD student in computer Science, CIn/UFPE, 5. Professor/researcher, UFPE GOAL The proposed study aims to develop an application of virtual assistant (Botcurativo) in order to provide guidance on the application of dressings in the home environment. METODOLOGIA RESULTS CONCLUSION This study is in the development phase of virtual assistant and made it possible to describe the stages of the development of an intelligent conversation assistant for the treatment of acute or chronic wounds. The use of this virtual assistant will be of great use in caring for wounds and performing dressings at home. BIBLIOGRAPHY SANTOS, I.C.R.V., JÚNIOR, J.L.S., RIBEIRO, L.L., et al. Usability of wound classification system by color – ryb wound classification system. Cienc Cuid Saude; v. 16, n. 4, 2017. MATTOS, R.M., SANTOS, V.E.P., PAES, L.S.S., et al. Revisão - Métodos de coberturas utilizadas para prevenir e tratar lesões de pele em recém-nascidos. Rev Estima. v. 11, n.1, p. 28-36, 2013. INTRODUCTION Wounds are a serious public health problem due to the high number of individuals with changes in the integrity of the skin, although records of these visits are scarce. In addition, the growing number of people with chronic wounds permeates high public spending, and directly affect the quality of life of this population. Thus, the growing demand from patients with wounds, requiring treatment, challenges the nursing team that takes as a strategy, the autonomy of the patient and his family for the self-care of his wound. These patients, in turn, for not having the necessary knowledge for a procedure so complex as a dressing, are at risk of consequent complications (SANTOS, et al., 2017; MATTOS, et al., 2013). In this scenario, the development of a chatbot or intelligent assistant that will help the patient to answer questions about wound care and allow quality care is necessary since it will provide the user with a 24-hour assistant. Contact: Realization: Dr. Amadeu Campos E-mail: [email protected] Figure 2: Botcurativo Architecture Overview Figure 3: A) Presentation, (B) Identification of the cause of the wound, (C) Characterization of the tissues of the wound margin, (D) Characterization of the wound color, (E) Predominance of the wound color. A B C E D Virtual Assistant for Home Wound Care based on artificial intelligence Accordingly, with the color of his wound, the patient had received the appropriate guidelines for the treatment of the wound. To enable the prescription of coverage, the “Red, Yellow and Black” - RYB system was used, based on the characteristics of the color of the tissue present in the wound bed and the type of exudate. Figure 1: Flowchart in the development process • In the development of botcurativo, natural language processing was used to understand dialogues in text with an artificial intelligence algorithm. As preliminary results of this research, a flowchart of care information was developed to provide guidance on the application of dressings in the home environment and the first prototype of the virtual assistant was also developed. The prototype screens of the virtual assistant (Botcurativo)can be visualized in the figure 3.
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Roque, G. S. L.1; Nascimento, J. W. A.1; Nascimento, J. F. S.2; Santos, I. C. R. V.3; Souza, R. R.4; Campos Filho, A. S5 1. Nursing Student, UNICAP, 2. Computer science student, IPESU, 3. Professor/researcher, UNICAP-UPE. 4. PhD student in computer Science, CIn/UFPE, 5. Professor/researcher, UFPE
GOAL The proposed study aims to develop an application of virtual assistant (Botcurativo) in order to provide guidance on the application of dressings in the home environment.
METODOLOGIA
RESULTS
CONCLUSION This study is in the development phase of virtual assistant and made it possible to describe the stages of the development of an intelligent conversation assistant for the treatment of acute or chronic wounds. The use of this virtual assistant will be of great use in caring for wounds and performing dressings at home.
BIBLIOGRAPHY SANTOS, I.C.R.V., JÚNIOR, J.L.S., RIBEIRO, L.L., et al. Usability of wound classification system by color – ryb wound classification system. Cienc Cuid Saude; v. 16, n. 4, 2017. MATTOS, R.M., SANTOS, V.E.P., PAES, L.S.S., et al. Revisão - Métodos de coberturas utilizadas para prevenir e tratar lesões de pele em recém-nascidos. Rev Estima. v. 11, n.1, p. 28-36, 2013.
INTRODUCTION Wounds are a serious public health problem due to the high number of individuals with changes in the integrity of the skin, although records of these visits are scarce. In addition, the growing number of people with chronic wounds permeates high public spending, and directly affect the quality of life of this population. Thus, the growing demand from patients with wounds, requiring treatment, challenges the nursing team that takes as a strategy, the autonomy of the patient and his family for the self-care of his wound. These patients, in turn, for not having the necessary knowledge for a procedure so complex as a dressing, are at risk of consequent complications (SANTOS, et al., 2017; MATTOS, et al., 2013). In this scenario, the development of a chatbot or intelligent assistant that will help the patient to answer questions about wound care and allow quality care is necessary since it will provide the user with a 24-hour assistant.
Contact: Realization:
Dr. Amadeu Campos E-mail: [email protected]
Figure 2: Botcurativo Architecture Overview
Figure 3: A) Presentation, (B) Identification of the cause of the wound, (C) Characterization of the tissues of the wound margin, (D) Characterization of the wound color, (E) Predominance of the wound color.
A B
C E
D
Virtual Assistant for Home Wound Care based on artificial intelligence
Accordingly, with the color of his wound, the patient had received the appropriate guidelines for the treatment of the wound. To enable the prescription of coverage, the “Red, Yellow and Black” - RYB system was used, based on the characteristics of the color of the tissue present in the wound bed and the type of exudate.
Figure 1: Flowchart in the development process
• In the development of botcurativo, natural language processing was used to understand dialogues in text with an artificial intelligence algorithm.
As preliminary results of this research, a flowchart of care information was developed to provide guidance on the application of dressings in the home environment and the first prototype of the virtual assistant was also developed. The prototype screens of the virtual assistant (Botcurativo)can be visualized in the figure 3.
Related Documents
