Integration driven simulation environment for designing Internet of Things nodes

Abstract

The article presents the possibilities of using simulation environments for designing Internet of Things nodes. At the beginning, the issues of the construction and use of Internet of Things devices and the construction of simulation environments were characterized. Next, a research experiment on designing the IoT node for dust measurement was presented. The work is summarized by the evaluation of the usefulness of simulation environments to support design processes.

The Rule-Based Model of Negentropy for Increasing the Energy Efficiency of the City’s Digital Transformation Processes into a Smart City

“…There is also an attempt to classify projects from the point of view of the design process in [31]. In [32,33], there is also the concept of a maturity capsule aggregating complex design processes assessed from the point of view of design negentropy. Such a complex design environment indicates the need for a different treatment of the project itself or a group of projects.…”

“…The analysis of the state of literature [32] indicates a significant role in the development of Digital Transformation processes of urban development processes and their reference to similar cases in European cities as well as global trends in this area. Therefore, it seems advisable to point out the relevant methods and technology that are used by cities to assess their maturity.…”

Extended continuous improvement model for Internet of Things system design environments

“…The Continuous Improvement process model was developed based on the research experiment carried out as well as on the basis of the analysis of functionalities necessary for the design of IoT systems (Orłowski, 2018(Orłowski, , 2019. This model takes into account two areas (Figure 11): the area of design environment and the area of functionality of IoT systems.…”