Sensor Instanzen

Accelerometer measure acceleration caused by shocks or structural influences. The sensors can identify individual frequencies and their impact on the observed object. The picture below shows the accelerometers on the roof of the Gubbio Palace.

In the pictures below sample charts of possibly obtained data is shown. The left picture shows the accelerometer amplitudes (positive values). The right picture shows a frequency analysis and depicts the occurence of specific fr...

Dewpoint Sensor at LGIR Heraklion Airport

E-GEOS collects and stores data in its own sytem. The data could be displayed publicly through a GUI; no webservice to access the data is foreseen at the moment.

Electrical resistivity tomography (ERT) is a geophysical technique for imaging sub-surface structures from electrical resistivity measurements made at the surface, or by electrodes in one or more boreholes.

This sensor measures the tide and temperature of the sea near Koules Fortress in 10m depth.

This sensor measures the tide and temperature of the sea near Koules Fortress.

The RIS K2_FW is equipped with adual frequency (200 MHz and 600 MHz) antennais. It is a time-domain system, whose architecture is made up of three main components:

• the electronic unit, which drives and commands the transmission and reception of the signal, and digitalizes the measured signal;
• the antenna system, which transmits the field impinging on the target, and receives the field backscattered by the target;
• the processing/monitor unit, i.e., the laptop, which controls the data acquisition and performs data elaboration and visualization, as well a...

Die Wetterstation überwacht die Klimabedingungen in der Umgebung des Palastes von Knossos.

A fast and reliable method has been implemented to identify main mineral(s) present on building material alterations. The method has been tested and exploited for rapid characterization of scale samples, such as carbonates, sulfates, oxides.

The picture below shows required components and their usage.

The LVDT is an electrical transformator used for measuring linear displacements. The pictures below on the left side show the position of a sensor and its corresponding thermocouple. The graphs on the right show the displacement and the referring temperature.

The LVDT is installed across a crack detected on a vault of the roof for the monitoring of the east wall out-of-plane motion. The sensor is protected with a specific box and connected through a cable to the acquisition system.

The Heracles weather monitoring system will deploy a Davis Vantage Pro2 Plus meteorological station, equipped with UV & Solar Radiation sensors. This meteorological station uses an anemometer for measuring wind speed, a direction vane for wind direction, a rain collector, a temperature and a humidity sensor, a UV and a solar sensor for measuring UV index and solar radiation, respectively. The local microclimate station will be the portable and miniaturized equipment proposed by UNIPG. This station is suitable to collect environmental parameters in real buildings and outdoor f...

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain, Wind, Humidity and Radiance. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Windspeed, SO2, NOX, NO, NO2, PM10 and PM2.5. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures SO2, NOX, NO, NO2, PM10 and PM2.5. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Windspeed, SO2, NOX, NO, NO2, CO, O3, PM10, and PM2.5.. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures SO2, NOX, NO, NO2, PM10 and PM2.5. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain, Windspeed, Radiance, SO2, NOX, NO, NO2, PM10 and PM2.5. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain and Windspeed. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain, Windspeed and Humidity. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain and Windspeed. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain and Windspeed. The sensor data is provided by Sistema.

Ground measurement stations in and around the two test sites of Gubbio, Italy and Heraklion, Greece allow to monitor their local microclimatic conditions. The scope of those meteorological stations is to assess the local climate conditions and phenomena and estimate the impact on cultural heritage and built environment. This sensor measures Temperature, Rain and Windspeed. The sensor data is provided by Sistema.

Multispectral remote sensing is defined as the collection of reflected, emitted, or backscattered energy from an object or area of interest in multiple bands of the electromagnetic spectrum.
By means of the combination of spatial and temporal resolution features, multispectral sensors give a relevant contribution to Cultural Heritage monitoring by providing meteo-climatic and air quality measurements for the characterization of local scale meteorological conditions and climate change effects that have a potential impact on the conservation of historical and archaeological st...

The inclinometer will be used for the static monitoring of the out-of-plane rocking of specific portions of the Town Walls. The identified position for the installation of the sensor in the Zone #1, called “Forte Parco Ranghiasci”, is approximately indicated in the picture below.

The inclinometer is shown below.

The picture below shows a possible output example for VNIR sensing.

This sensor measures the temperature in the Palazzo dei Consoli.

Sensor measuring temperature in Karlsruhe.

This sensor monitors the temperature in the castle of Karlsruhe.

Temperature Sensor LGRI Heraclion Airport

Roads and Land use is the main reason for anthropologically induced instability. The sensor collects NO2, NO, NOX, PM10, PM2.5, SO2 for the locations Gubbio Ghigiano, Gubbio Padule, Gubbio Piazza 40 Martiri, Gubbio Semonte alta, Gubbio via Leonardo da Vinci.