, real-time feedback, and exercises data collection. The research work also includes developing a

characterize in meaningful ways. Our work explores what happens when we can embrace this ambiguity. We use new

-developed spaces where people live, work, and recreate daily, also known as built environments. Built environments

this work, this has been addressed by means of an adaptive data-driven diagnostic model.

solving problems within the field of data analytics. This work presents and demonstrates the use of a new

has been developed in this work. We use two different neural networks namely CC4 and MLP. The CC4

, nonrigid world. This work is organized around a view of motion as a global phenomenon that is not

and external sensing technology. This work attempts to create an effective model for describing

interactions. In particular, a recent line of work has achieved state-of-the-art performance on sequential

simulate our work, we used iFogSim simulation toolkit which is currently growing significantly for the past

work, and used to assess the degree of novelty of a new signal. Experimental datasets containing

In this work, a prototype of an autonomous DSSC manufacturing system is presented. With the