This problem was to calculate the path a robot would take to navigate an obstacle field and get to its goal. Three obstacles were given as negative potential fields which the robot avoided, and a goal was given a positive potential field that attracted the robot. The robot decided each step based on its distance, angle, and influence from every object. After each step, the robot recalculated and determined its next step until it reached its goal. The robot\u27s calculations and steps were simulated with Microsoft Excel
This paper discusses the methods used to determine the robot path and avoid obstacles. The method us...
Using physical analogies when solving computational problems is not uncommon. The Electric Field App...
In this paper, an enhanced artificial potential field (EAPF) planner is introduced. This planner is ...
This problem was to calculate the path a robot would take to navigate an obstacle field and get to i...
Since the motion trajectory of each robot is divided into several median points that the robot shoul...
Typescript (photocopy).Planning the path of a manipulator through an obstacle strewn workspace is a ...
Mobile robots need path-planning abilities to achieve a collision-free trajectory. Obstacles between...
This paper presents an analysis of a mobile robot path planning using potential field technique. The...
<div>The numerical potential field path</div><div>planner is guaranteed to produce a path even if th...
Path planning is crucial for a robot to be able to reach a target point safely to accomplish a given...
Over the past decades, the demand for autonomous robots had increased in different areas to replace ...
International audienceNavigation can be defined as moving a robot to a defined objective and avoidin...
This paper deals with the navigation of a mobile robot in an unknown environment by using artificial...
Redundant manipulators are defined as having an infinite number of solutions to their joint variable...
Redundant manipulators are defined as having an infinite number of solutions to their joint variable...
This paper discusses the methods used to determine the robot path and avoid obstacles. The method us...
Using physical analogies when solving computational problems is not uncommon. The Electric Field App...
In this paper, an enhanced artificial potential field (EAPF) planner is introduced. This planner is ...
This problem was to calculate the path a robot would take to navigate an obstacle field and get to i...
Since the motion trajectory of each robot is divided into several median points that the robot shoul...
Typescript (photocopy).Planning the path of a manipulator through an obstacle strewn workspace is a ...
Mobile robots need path-planning abilities to achieve a collision-free trajectory. Obstacles between...
This paper presents an analysis of a mobile robot path planning using potential field technique. The...
<div>The numerical potential field path</div><div>planner is guaranteed to produce a path even if th...
Path planning is crucial for a robot to be able to reach a target point safely to accomplish a given...
Over the past decades, the demand for autonomous robots had increased in different areas to replace ...
International audienceNavigation can be defined as moving a robot to a defined objective and avoidin...
This paper deals with the navigation of a mobile robot in an unknown environment by using artificial...
Redundant manipulators are defined as having an infinite number of solutions to their joint variable...
Redundant manipulators are defined as having an infinite number of solutions to their joint variable...
This paper discusses the methods used to determine the robot path and avoid obstacles. The method us...
Using physical analogies when solving computational problems is not uncommon. The Electric Field App...
In this paper, an enhanced artificial potential field (EAPF) planner is introduced. This planner is ...