Intelligent and Scalable Air Quality Monitoring With 5G Edge

Arduair: Air Quality Monitoring

Air pollution and quality monitoring is extremely important in today’s world as it has a direct impact on human health. Air pollution is on the rise due to a number of anthropogenic activities and its monitoring is of vital importance to mitigate certain measures to control it. In this paper we put forward a low-cost and low-power sensor based system for air quality monitoring. This sensor base...

Scalable 5G MPSoC Architecture

The huge diversity of 5G application requirements and associated modem protocols impose high demands on radio platforms in terms of scalable latency, reliability, and computation performance. In this paper, we scope a scalable MPSoC solution that can handle a plurality of parallel sliced links. It has a core manager and a network-on-chip manager to schedule, prioritize, as well as supervise the...

Monitoring the Quality of Air

An Adaptive Weighted Fuzzy Controller Applied on Quality of Service of Intelligent 5G Environments

in computational intelligence area, it is suitable to fulfill the analysis in order to interpret the concept and sources of uncertainty and the conditions of its incidence, and hence pursuit for reliable techniques of dealing with it. Dealing with uncertainties in this case is a challenging and multidisciplinary activity. So, there is a need for a capable tool for modeling, control, and analyti...

Intelligent Agents Networks Employing Hybrid Reasoning: Application in Air Quality Monitoring and Improvement

This paper presents the design and the development of an agentbased intelligent hybrid system. The system consists of a network of interacting intelligent agents aiming not only towards real-time air pollution monitoring but towards proposing proper corrective actions as well. In this manner, the concentration of air pollutants is managed in a real-time scale and as the system is informed conti...