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AnaBatinovic authored Mar 18, 2021
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Expand Up @@ -9,38 +9,13 @@ from the 3D sensor, but on data obtained by a mapping algorithm. In order to clu
the properties of the Octree environment representation are used, which allows easy analysis with
different resolutions.

This README gives a short overview. For more information refer to the [wiki](https://github.com/larics/uav_frontier_exploration_3d/wiki).

Video recordings of frontier-based exploration for both simulation and experimental scenarios can be found at [YouTube](https://www.youtube.com/playlist?list=PLC0C6uwoEQ8a88D6cKfa81Hfo_s_qVZxf).

## Exploration planner installation and execution - quick guide

In order to run the current version of 3D exploration planner, you should compile the package uav_frontier_exploration_3d.
First of all, navigate to the source folder of your ros workspace:

```sh
git clone https://github.com/larics/uav_frontier_exploration_3d.git
catkin build uav_frontier_exploration_3d
```

Start a simulation after compilation:

```sh
roslaunch uav_frontier_exploration_3d frontier_server.launch
```
In order to start autonomous UAV exploration, call service:

```sh
rosservice call /red/exploration/toggle "data: true"
```
Tested under ROS Melodic.

Further instructions for the installation, visualization of the exploration progress,
as well as more demo scenarios and descriptions of the parameters can be found in the [wiki](https://github.com/larics/uav_frontier_exploration_3d/wiki).
This README gives a brief overview. For more information, please refer to the [wiki](https://github.com/larics/uav_frontier_exploration_3d/wiki), where all further instructions on installation, visualization of exploration progress, as well as demo scenarios and descriptions of parameters can be found.

## Credits

This algorithm was developed by [Ana Batinovic](mailto:[email protected])
The exploration algorithm was developed by [Ana Batinovic](mailto:[email protected])
with the help and support of the members of the [LARICS](https://larics.fer.hr/).

## Contact
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