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http://localhost:8080/xmlui/handle/123456789/321| Title: | Understanding the Viability of Integrating WSN With IOT using Cloud Infrastructure |
| Authors: | Mahapatra, Cosmena Chopra, Meenu |
| Keywords: | Internet of Things Wireless Sensor Networks |
| Issue Date: | 2022 |
| Abstract: | IEEE 802.15.4, Wireless Sensor Networks, have increasingly become an important part of many sustainable development applications. However, due to the energy expenditure restrictions of Wireless Sensor Networks, it has become imperative to optimize its usage and reach ability through a amalgam of nature inspired techniques, Internet of things and cloud. In our study, we have used CupCarbon simulator to first establish the workability of such a model and to see if nature inspired algorithms technique may be used to develop and optimization wireless sensor network integrated Internet of Things cloud based modals as efficient solutions to modern problems. A resultant application was designed to handle healthcare facilities through the specified infrastructure. On the basis of the feedback from the usage of application, the study was able to infer that despite the challenges, Internet of Things, wireless sensor networks and cloud, although separate technologies, may be used together to deliver ‘smart’ applications in the field of smart town, smart residences and smart security. |
| Description: | Nature inspired mechanism of novelty with focuses on attaining sustainable solutions to human tests by emulating nature’s time-tested patterns (Mead & Jeanrenaud, 2017), thus, it is a fact that this approach is applied to ideologies that maximizes the promising capabilities. It also refers to copying the models, processes and features found in natural environment to deal with complicated problems. This has even brought changes to how we view our surroundings and the kind of relationship we share with the Nature. The knowledge extracted from our surroundings is being used to develop modern technology, including the cutting-edge engineering skills that have contributed to an easy and smooth lifestyle. However, if we truly wish to control our natural surroundings, we first must get ready to follow its rules. In other words, to execute the natural processes, we should follow those processes (Kellert, Heerwagen, Mador, 2011). The more advanced our society is getting; the more we are finding ourselves looking at Nature for inspiration. Earlier, the technological advancement was only process-driven and not considered from sustainability point of view. This, however, proved limited in handling complex situations and has thus pushed professionals from all quarters to turn to Nature for searching novel solutions. The ability to redesign solutions that are increasingly more efficient and useful has been the key factor that has proved biomimetics advantageous. There is no dearth of practical examples of how business organizations have employed nature-based algorithms to execute many of the organizational functions and tasks. A significant difference between our earlier engineering solutions and Nature is that latter follows a bottom upward structure, such that the elements are created in coherence with their functionality instead of first creating the element and then attempt at adapting it to the required needs. Technology like 3D printing work on this principle, and is the latest approach to gain momentum in the emerging 4th industrial revolution that includes creation of Internet of Things (IoT) and evolution of manufacturing processes (Katiyar, Goel, & Hawi, 2021). |
| URI: | http://localhost:8080/xmlui/handle/123456789/321 |
| Appears in Collections: | VSIT |
Files in This Item:
| File | Description | Size | Format | |
|---|---|---|---|---|
| Cosmena.pdf | 91.2 kB | Adobe PDF | View/Open |
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