Download the AID brochure to get detailed information about its services, capabilities and benefits, its application fields, its operating architecture, etc.
Download Air-Polis on your smart phone or tablet to get real-time information in Thessaloniki (Greece) about the air quality (O3, NΟ2, SO2, CO and PM10), the air temperature and relative humidity and the Heat Index.
AID is an Innovative Real Time Air Quality Monitoring System consisted of multiple measurement stations and an interactive multi-agent network with main target to assess air quality and environmental conditions and support decision making and action implementation for public health protection and air pollution mitigation
AID utilizes real time monitoring and fuzzy logic assessment of air quality conditions in order to protect public health by providing continuous information through internet and mobile application (Air-Polis) as well as to propose the appropriate actions to control air pollution critical events.
through citizens’ real time notification for air quality conditions
The AID has a hybrid nature, since it utilizes fuzzy logic algebra concepts, crisp values and a rule based inference mechanism.
Particularly, air quality data are collected in real time from measurement stations and while the system is updated on the current conditions, an iterative process is initiated to evaluate the air
quality data, characterize the present situation and eventually send the output information to the user’s mobile phone or tablet.
Four distinct types of intelligent agents are foreseen for the above process: Sensor Agents, Evaluation Agents, Decision Agents and Actuator Agents.
The system receives in real time and assesses air quality measurements from multiple sensors in order to:
Perceive and evaluate the current environmental conditions using fuzzy logic
Inform the users with appropriate verbal messages and indicators through internet and mobile application
Decide for the appropriate actions towards public health protection and air pollution mitigation
Implement respective interventions in order to control air pollution critical events
A simple warning of citizens or a group of people
A modification of a production line in a factory
A security system activation
A speed limitation on certain fleet vehicles
A certain intervention on traffic control systems
1. Real time measurement data from any kind of online sensors
2. Real time monitoring and integrated data logging of the air quality conditions for better control of the daily environmental condition levels
3. Notifications for air quality conditions through internet and mobile application
4. Automatic and continuous alerts during critical air pollution conditions
5. High reliability during critical events
6. High tolerance in low measurement accuracy of sensors due to the use of fuzzy logic
7. Integrated management tool
8. Support of automatic interventions for public health protection and air pollution mitigation
9. Limitation of energy and CPU demands under normal air quality conditions
10. Automatic speed up of the monitoring iterations during critical events
1. Full custom design capabilities according to the user requirements
2. High compatibility with existing environmental monitoring stations
3. Infinite data analytics potential
4. Free open data for further elaboration and analysis
