Once the subgoal is reached, vision based path planning and IR guided navigation is reactivated.
The control and guidance based path following for those tasks are described in this work.
This approach completely eliminates the need for geometry based path smoothing and feed planning.
Unfortunately, the exploration based path computing has been proven to be untractable in terms of the number of vertex access.
This is why, this paper presents a fast optimisation based path planner which specialises on narrow environments.
MALB dynamically distributes the traffic among multiple paths, based on path statistics measurement.
-type path Path based fingerprints encode paths of length 0 7.
We propose and compare three routing algorithms, i.e., Shortest-Path Algorithm (SPA, SAVAA based Shortest-Path Algorithm (SSPA), and SAVA based Shortest-Path Algorithm with Load Balancing (SSPALB).
If a source node has already existing routes, it selects a route based on path selection.
For brevity and consistency, the examples reported in the Results are derived primarily using fingerprints based on paths.
