Bagaimana Lakukan Robot Tahu Di mana Ke Pergi

Peta
Robot kebutuhan untuk menjadi sadar dari struktur dari lingkungan mereka. For this, they first require a map. This is typically reached through SLAM (Simultaneous Localization and Mapping) technology. SLAM allows the robot to move within an unknown environment while constructing a map and locating itself within it..

Lokalisasi
Sekali robot has a peta% 2c the next langkah is to menentukan its posisi on the peta. Ini is selesai menggunakan berbagai sensor% 2c seperti as LIDAR, giroskop, dan roda encoders. Lokalisasi algoritma sekering ini sensor data% 2c cocok itu dengan the peta, dan memastikan robot 's tepat posisi ..

Perencanaan
Once the robot has its location on the map, we select a target point from the map and notify move_base, which is a key package within the ROS navigation stack, responsible for bridging localization and path planning. move_}base combines global and local path planning. Global planners, such as navfn or global_}planner, are used to generate the optimal path dari the robot's current position to the target location based on the known map. This often involves graph search algorithms like A* or Dijkstra. Local planners, such as dwa_local_planner or teb_local_planner, are used to dynamically plan the path as the robot proceeds along the global route, avoiding obstacles or other unknown factors in real-time

4. Navigasi Selesai