A stepped-frequency continuous wave ranger for aiding pedestrian navigation. Abstract: Pedestrian navigation is readily enabled by GPS in outdoor environments.
Abstract — Pedestrian navigation is readily enabled by. GPS in outdoor environments. However, there are many locations - indoors, urban canyons and ...
Compact inertial navigation, through the use of MEMS accelerometers and gyroscopes, has been applied to a pedestrian's shoes as a means to navigate without GPS.
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Depending on the operating frequency, the ranger will need an update in excess of 100 Hz to fully capture the Doppler shift and range variations during a step.
This paper evaluates the performance of a shoe/foot mounted inertial system for pedestrian navigation application. Two different grades of inertial sensors are ...
A stepped-frequency continuous wave ranger for aiding pedestrian navigation · Engineering. 2013 IEEE Topical Conference on Wireless Sensors… · 2013.
TL;DR: An SRS based on stepped-frequency continuous wave radar with RMS ranging accuracy of 0.59 mm and 1 m range is reported, which is an order-of-magnitude ...
Highly Accurate Noncontact Water Level Monitoring Using Continuous-Wave Doppler ... A Stepped-Frequency Continuous Wave Ranger for Aiding Pedestrian Navigation.
James Downey's 5 research works with 64 citations and 1398 reads, including: A stepped-frequency continuous wave ranger for aiding pedestrian navigation.
A stepped-frequency continuous wave ranger for aiding pedestrian navigation. ... Continuous Wave Ranging Sensor for Aiding Pedestrian Inertial Navigation ...