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DaRe - Pedestrian Navigation

DaRe - Pedestrian Navigation APK

DaRe - Pedestrian Navigation APK

0.4 FreeInertial Elements ⇣ Download APK (4.13 MB)

DaRe performs Pedestrian Dead Reckoning (PDR) when used with sensor Osmium MIMU

What's DaRe - Pedestrian Navigation APK?

DaRe - Pedestrian Navigation is a app for Android, It's developed by Inertial Elements author.
First released on google play in 8 years ago and latest version released in 6 years ago.
This app has 4.8K download times on Google play and rated as 4.06 stars with 17 rated times.
This product is an app in Tools category. More infomartion of DaRe - Pedestrian Navigation on google play
DaRe - a PDR tool for Osmium MIMU - performs Pedestrian Dead Reckoning (PDR) on the data transmitted from shoe-sensor, over BlueTooth, to the Android device (Smartphone, Tab etc). The aim of DaRe is to give the user a fair understanding about the unlimited possibilities of the Osmium MIMU. Since the applications of PDR sensors is wide, the tailor made applications for user specific needs can be made with richer features and more integrations of functionalities.

One can take advantage of many inbuilt features for personnel tracking, land mapping & surveying, gait analysis etc.

Some of the features are:
- Graphically display of the tracked path and present coordinates in realtime
- Computation of current coordinates and saving that in a log file
- Option of using floorplan or a map in background of graphical display
- Option to break the tracking session and continue later (highly useful for land survey)
- Option to tag a location with text, in realtime
- Direction alignment using phone’s compass
- Zoom in, out, fit, rotation of tracked path
- Option to tag the tracked with Indoor / Outdoor
- Display of average and instantaneous stride length and frequency, step count and distance covered

DaRe is just an attempt to give a glimpse of what can be done with Osmium MIMU. We believe that with Osmium MIMU we have marked a trail in the untrodden path of inertial foot mounted pedestrian navigation.