RESUMEN
During Covid-19 Pandemic the entire world experiences the role and importance of Internet of Things (IoT) in healthcare system and especially in Community Pharmacy. Internet of Things can be described as a network architecture incorporating an abundance of sensors software hardware, computing devices, technologies, machines and many more utilities, assisting us in our relevant domains as per the needful. Over the yesteryears it has been observed that the footprints of Internet of Things over the healthcare sector have increased eloquently. This observation leads us to the fact that with the escalating population and the healthcare plight Internet of Things can really prove itself to be serious breakthrough in the community pharmacy. By revising the current healthcare system in the community pharmacies in a more socio-economic fashion. This paper reviews the technological advancements in Internet of Things, for the medical management of public health so that it can be vitally made use of in the domain of community pharmacy. There is a demand of efficient Internet of Things framework that would seriously be able to challenge the abysmal state of community pharmacy mostly in the remote areas and the distant regions. © 2022 MEDIC SCIENTIFIC. All Rights Reserved.
RESUMEN
COVID-19 is a deadly infectious disease caused by the recently discovered coronavirus. It is a severe acute respiratory syndrome which is spreading at an enormous rate that needs early control. IoT technologies can be successfully used in the management of spread of virus and maintenance of cold-chain. This review article discusses the role of IoT (Internet of things) in management of cold-chain during covid-19 pandemic. The use of a data centric vaccine cold chain monitoring system is mentioned which can monitor the temperature, and humidity and can track the location of vaccine carriers and in case of emergency sends notification to the health care supervisor, along with IoT technologies RFID, Wi-Fi, Bluetooth, and GPS embedded devices are in use. IoT based scannable devices are also in use for the monitoring of temperature and location tracking. In addition, this article proposes an ESP8266 Wi-Fi based module, which maintains the temperature and humidity of the vaccine carrier box;any changes in temperature from its optimum range sends a single cooling tool embedded in it which then manages to maintain the temperature. This proposed system will be helpful in the maintenance of the cold chain followed by the reduction of vaccine wastage.
RESUMEN
Education can be coined as one of the indispensable domains that got colossally effected due to this persisting timeframe of the COVID-19 pandemic. Via this paper the author wishes to enlighten you on the ill-effects brought down by these tough times on our education and predominantly, to categorize the various legitimate resources which are currently in use by the learners in order to pace-up with the traditional learning methods. For this various platform were instigated by the government, which are hereby analyzed. It's really upsetting to learn that these platforms often get unobtrusive of the students and the target users as the exigency of each learner quarrels with that of the others. The virtual modus-operandi of studying and learning even comes up with numerous hassles, which are later examined in the paper. The significance of virtual learning or e-learning is accentuated along with the anticipated conceivability © 2021 IEEE.
RESUMEN
Timely cleaning of dustbin is a big challenge and if left unaddressed, it may pose several health risks by making the place unhygienic. Current system for the waste management in local areas of small and highly populated cities is sluggish which leads to a lot of garbage strewn all over the city. The rate of generation of waste is so high that if the garbage collector doesn't visit a place for a couple of days it creates the conditions adverse. In covid-19 pandemic situation, it was very important to monitor and decompose medical waste properly. The handling of normal home garbage was also challenging due to lockdown. In this situation automatic monitoring and controlling of garbage using IOT can play a significance role in garbage management. This paper proposes a smart and fast approach for waste management by creating a network of smart dustbins equipped with sensors and microcontrollers in a city which is monitored by a central control unit to speed up the process in an intelligent and smart way thereby eliminating such hazardous conditions caused by the current sluggish system. The proposed system also takes into account the issue of improper internet connectivity. © 2021 IEEE.
RESUMEN
Internet of Things (IoT) is an interrelated system of computing devices, machines, sensors, and objects. It can transfer data over a network without the Human-to-computer or Human-to human interaction. This article is focused on the progression in IoT. It was analyzed that how IoT can truly revolutionize the oppositions faced by Manufacturing, Logistics, and Supply chain logistics in the pharmaceutical industry during the Covid-19 pandemic and following. In the present scenario of this pandemic and annihilation, IoT has emerged as the need of the time for the pharmaceutical industries. In order to develop a well-coordinated logistic and supply chain network, it is required to make their prominent occupancy in the market. Patients are unavailable for the essential medicines and medications that are critical and strong to protect. With the current and recent developments in automation technology, the need for consistency of supply chain visibility in the pharmaceutical industries has increased enormously. The implementation of these automation technologies will certainly result in getting serious confidence in understanding the statistics of the supply chain. This technology is also built to invalidate the risk factors that accompany the pharmaceutical supply chain network. Generally, these systems are available and operate as a decentralized system. The information or data transmitted via these systems is isolated and the protection of vulnerable data is therefore not compromised. © 2022, The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd.