Abstract
We extend the concept of intrinsic localization from
a theoretical one-dimensional (1D) solution onto a
2D manifold that is embedded in a 3D space, and then
recover the full six degrees of freedom for a mobile
laser scanner with a simultaneous localization and
mapping algorithm (SLAM). By intrinsic localization,
we mean that no reference coordinate system, such as
global navigation satellite system (GNSS), nor
inertial measurement unit (IMU) are
used. Experiments are conducted with a 2D laser
scanner mounted on a rolling prototype platform,
VILMA. The concept offers potential in being
extendable to other wheeled platforms.
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