The Next Generation Multifunctional Window System
In the era of digitalization and automation, individuals endlessly need to switch previous manual operating systems. During this paper, Authors tend to describe the Window automation system framework, and that they demonstrate here however it works and additionally describes all functions. This window is one type of distinctive good window that may gather its nearest condition info and end its activity like open, close, and send knowledge to the man of affairs, using IoT. It tends to be controlled by physical and autonomous (automated and internet applications). It will quantify the thickness of residue, dampness, temperature, and it additionally will determine gas, water (rain or snow), smoke, light, fire, dust, once distinguishing it took immediate actions supported matters. Here, the actions are; open and close the window receive commands from the user, and send collected knowledge to the user. At long last, authors have directed some real tests of assorted kinds of the sensing element for the shrewd window framework.
Authors: Shakik Mahmud, Julker Nien Akib, Mohamad Farhan Ferdous
Future Micro Hydro Power: Generation of Hydroelectricity and IoT based Monitoring System
The paper focuses on the Future Micro Hydro Power: generation of hydroelectricity and its monitoring system. The world is moving towards technological advancement day by day. For this reason, the energy need will surge further in the coming days. But we could not yet ensure the proper electricity needs in the poor or developing country. Now it’s an essential needy thing to survive this 4.0 industry’s time. This ‘Future Micro Hydro Power’ device will generate energy by exploiting the small water sources (i.e., Washroom, Kitchen, Etc.) in the multi steroid buildings. A massive amount of water is used in the house every day. Water taps are used not only in homes but in all modern buildings. We have demonstrated how hydropower will generate from these tiny water sources and how this power can run a house. Here the user will be able to monitor the amount of energy produced and use it if desired. The cost of the devices will be much lower, and their performance will be much higher. After the experimental installation, we got some data that proves its outstanding efficiency.