Architecture and organization of a Platform for diagnostics, therapy and post-covid complications using AI and mobile monitoring

Abstract

Infectious diseases accompanied mankind throughout its existence. However, in the 20 th century, with the implementation od mass vaccination, this problem was partially forgotten. It reappeared at the end of the 2019 with the COVID-19 pandemic. The diseases are associated with high mortality, the main causes of which are: respiratory failure, acute respiratory distress syndrome, thrombotic complications, etc. As many centuries ago, the key to fighting a pandemic is to diagnose patients with infections as quickly as possible, isolate them, and implement treatment procedures. In this paper we propose a Platform supporting medics in the fight against epidemic. Unlike alternative systems, the proposed IT Platform will ultimately cover all areas of fighting against COVID-19, from the diagnosis of infection, through treatment, to rehabilitation of post-disease complications. Like most clinical information systems, the Platform is based on Artificial Intelligence, in particular Federated Learning. Also, unlike known solutions, it uses all available historical data of the patient’s health and information from real-time mobile diagnostics, using cellular communication and Internet of Things solutions. Such solutions could be helpful in fighting against any future mass infections.

Evolving Conversations: A Review of Chatbots and Implications in Natural Language Processing for Cultural Heritage Ecosystems

“…but their scope is limited to disease diagnosis [14]. The user experience was positive, with all subscales of the user experience questionnaire (UEQ) indicating a useful and acceptable SISU format as a mental health chatbot [176], mobile communication and IoT used as communication [159]. A.I.…”

Mobile Applications for the Implementation of Health Control against Covid-19 in Educational Centers, a Systematic Review of the Literature

“…Application Web [11] Artificial Intelligence [12]- [18] Artificial Intelligence and Big Data [19] Big Data [20], [21] BlockChain [22], [23] ChatBot [24] Data Mining [25] Deep Learning [26] Deep Learning and IoT [27]…”

“…[29]- [32], [51], [53], [54], [64]- [72], [127] Monitoring [12], [24], [27], [33]- [35], [52], [73]- [88], [90], [92]- [97], [129]- [132] PARAMETERS ARTÍCLES Political [13], [98] Predictive [14]- [17], [19], [25], [26], [37]- [41], [60], [61], [63],…”

“…Availability and functionality [12], [25], [30], [31], [34], [35], [38], [48], [56], [63], [69], [74], [77], [79], [82], [88], [92], [105], [112], [115], [117], [120], [128], [133], [136] Availability, functionality, and reliability [24], [40], [66], [73], [80], [87], [100], [114] Availability, functionality, and performance [11], [16], [29], [46], [62], [86], [110] Availability, functionality, and security [37], [44], [58], [64], [95], [122], [137] Functionality [14], [15],…”

Wearable Analytics and Early Diagnostic of COVID-19 Based on Two Cohorts

“…The last step to create the support methodology is analysing the data. The big promise for the analysis of pandemic-related data brings Machine Learning [6], [12] including the novelty of usage Federated Learning [13].…”