Assessment Contribution of an Architectural Indoor Healthy Status via Biosensors Particles Spatial Simulation

This research involves interdisciplinary scientific areas to describe a digital simulation multi-system of indoor unhealthy emissions in a multi-simulation environment in order to record, manage, evaluate and communicate the health status of a room/building in a simple way for the non-expert habitant. This study, which is in the 1st phase of theoretical development, defines and prepares the technical conditions and requirements for future implementation of a 3D spatial Air Quality parameters simulation. It presents a methodology to detect, manage and simulate both particles (particulate matter) which are associated with health problems and mainly respiratory problems and harmful Volatile Organic Compounds coming from furniture, paints, cleaners and other items and products used within the buildings. Four combined simulation methods of these particles are proposed concerning a 2D simulation in CAD and GIS environment and a 3D simulation in VR and AR environment based on voxels/point clouds technology with a potential comparison and evaluation with ideal rates in an understandable table. Finally, a main impact extension is presented to the results, while the proposed simulation multi-system allows both the non-expert habitant and the political decision makers to evaluate an indoor environment hygienically by taking appropriate actions.