Consists of

Sampling Rate

This allows users to define the desired sampling rate in Hz, the maximum being 30Hz.

Platform:

This lists the various dynamics models/environments supported for a well-defined configuration:

• Portable

• Stationary (Static- no movement)

• Pedestrian

• Automotive

• Sea

• Airbourne up to 1g/2g/4g

• Wrist

• Motorbike

• Robotic Lawn Mower

• Electric Kick Scooter

GNSS Type

The GNSS module used in Influx Technology's ReXgen Air device supports receiving and tracking from various Global Navigation Satellite Systems. ReXgen Air device Supports the following GNSS(s)'

• Default

• GPS (United States)

• Galileo (European Union)

• GLONASS (Russia)

• BeiDou (China)

• GPS + Galileo

• GPS + Galileo + GLONASS

• GPS + Galileo + BeiDou

• GPS + BeiDou

• Galileo + GLONASS

• Galileo + BeiDou

• GLONASS + BeiDou

Configure using ReXdesk Software from Influx

Align the IMU of the device to obtain the correct measurements, as shown below:

Place the device into the vehicle so that the IMU chip inside is aligned with the axis,

In case of misalignment, align the 'Z' axis first, followed by 'Y' and then 'X'. The chart below explains the attributes of all three axes in detail:

To Calculate the exact angle in case of misalignment:

• Keep the axis's actual position in mind- measure the angle of misalignment.

• Subtract the current measured angle from the actual angle value.

For example, if the vehicle's attitude is misaligned at its roll, the axes Z and Y are misaligned.

Configure/edit in Xml

<MountYaw>0</MountYaw>
<MountPitch>0</MountPitch>
<MountRoll>45</MountRoll>
ome code

Similarly, if the vehicle's attitude is misaligned at its yaw, the axes X and Y are misaligned.

Configure/edit in Xml

<MountYaw>315</MountYaw>
<MountPitch>0</MountPitch>
<MountRoll>0</MountRoll>

Similarly, if the vehicle's attitude is misaligned at its pitch, the axes Z and X are misaligned.

Configure/edit in Xml

<MountYaw>0</MountYaw>
<MountPitch>-45</MountPitch>
<MountRoll>0</MountRoll>

Using the Geofencing option, one can define up to one circular geofencing area, creating a circular area or fence around the location of interest.

• Radius: specify the radius to adjust the location's proximity in meters.

• Latitude: specify the latitudinal location.

• Longitude: specify the longitudinal location.

The module draws a circle using the values specified for the Longitude, Latitude and radius.

Configure using ReXdesk Software from Influx

Or

Edit in Xml Code block

<Geofence_LIST>
          <Geofence>
            <Latitude>17</Latitude>
            <Longitude>20</Longitude>
            <Radius>5</Radius>
          </Geofence>
        </Geofence_LIST>

The device consists of an internal GNSS module and an external active antenna with a supply voltage of 3V. This receiver can evaluate signals from the GNSS/QZSS, GLONASS, BeiDou and Galileo satellites. GNNS data can be logged at sampling rates up to 30HZ.

GNSS Orientation

The GNSS orientation requirements for installing ReXgen Air devices majorly focus on explaining orientations for:

GNSS Positioning

Dead Reckoning

Geofencing

For a step-by-step guide, click here.

How tousing ReXdesk.

Influx devices combine the Global Navigation Satellite System (GNSS) and dead reckoning for optimal navigation and location accuracy. While GNSS provides precise positioning under ideal conditions, its signal can be weakened or lost in certain environments, such as tunnels, urban canyons, or dense forests, and this is where dead reckoning steps in.

Using an accurately aligned IMU configuration, these devices help detect and plot navigation routes and patterns in areas with minimum GNSS coverage, such as tunnels, underground parking, subways, or other such areas.

Dead reckoning continuously estimates your position based on your device's movement data, such as speed and direction. When GNSS signals are unavailable, dead reckoning takes over, ensuring uninterrupted navigation until the GNSS connection is restored.

IMU Orientation