MeteoIdro: a remote monitoring station using TETRA network

In this project an hydrometric station has been developed using high performance radar water level sensor and low power embedded systems. The entire system is powered by solar energy and uses a Texas Instruments MSP430 micro-controller for all operations.

Level water measurements are requested to sensor in polling mode, stored in a microSD and […]

Self-powered wireless relay node

Autonomous wireless relay node powered by solar energy

 

CSP realized a self-powered wireless relay station, released from electrical network and powered by solar energy. Current and voltage information of both power sources and loads are constantly monitored and collected in the CSP’s IoT platform. The architecture designed constitutes a significant advance in the […]

HPWNet – High Performance Wireless Network

HPWNet is an experimental wireless network developed by CSP since 2005. The project started with two aims: to develop a wireless backbone in the urban area of Turin, which can be used for the rapid activation of wireless nodes in the city and as a point of departure for extensions towards neighboring municipalities.

Today, HPWNet […]

Community-based urban air quality monitoring with the EveryAware SensorBox

Paper Abstract:

Community-based monitoring (CBM) encompasses different levels of citizens’ participation going from opportunistic sensing to crowd sourcing, participatory data collection and “citizen science”. In the urban environment with its complex physical and social interactions CBM can help in collecting data at a spatial and temporal scale that corresponds best to inhabitants personal environment and […]