Mohammad Tanvir Kawser

By Zebun Nasreen Ahmed and Mohammad Tanvir Kawser

This paper addresses the issue of connectivity and its relationship to the architecture of spaces. The internet of things and wifi technology is coming into the forefront of lifestyles in present times. We tend to spend much of our life activities using devices that need internet connectivity, wifi coverage, both indoors and outdoors. The technology behind it is also in the process of shifting gears, from 3G to 4G to 5G soon. However questions arise: How suitable are existing buildings for the sorts of internet technology that are predicted for the future? And how can the coverage and connectivity issue be addressed to give greater efficiency to new buildings? Will we require greater open layouts that give more visual connectivity within interior spaces to permit efficient connectivity between routers, boosters and appliances? The expertise of both Architects who design spaces, as well as RF Engineers who are responsible for setting up the internet systems within the spaces are involved in efficiently handling these queries. The paper incorporates recent studies have revealed that certain building materials may be more suited to Wifi penetration, while others act in a more opaque way. Architects are the main decision-makers regarding the final choice of such questions, but they have very little grounding in the technicalities involved related to connectivity issues. It is important to have them focus on these questions and seek answers through multi-disciplinary forums, thus also to deepen collaboration between the related professionals, in order to create more Wifi connectivity in building interiors. From the user perspective, this is a vital need, as the user of today spends enormous amounts of time at these electronic, computing devices that require uninterrupted and quality connectivity. It thus also becomes a question of sustainability.

Part of the book: Green Computing Technologies and Computing Industry in 2021