Hexapod robot locomotion is analyzed. Trajectory forming method for one leg is introduced. Servo angles are expressed using geometric inverse kinematics method. Forming of tripod gait is described and a diagram representing it is presented. Servo control parameters are defined to ensure fluent and versatile robot control. Several servo control methods are presented. After testing robot movement using different servo control methods, gait generation is corrected and control method that meets servo control parameters is chosen. Article in Lithuanian Šešiakojo roboto eisenos tyrimas Santrauka Nagrinėjamas šešiakojo roboto žingsniavimas tiesiai, lygiu paviršiumi. Aptariamas kiekvienos kojos judesio formavimas, taikant jos judesiui p...
This master thesis project has developed a method for a six-legged robot to traverse uneven terrains...
The adaptability of hexapods for various locomotion tasks, especially in rescue and exploration miss...
Generating adaptive locomotion has seen a growing interest for the design of hexapods due to improvi...
Hexapod robot locomotion is analyzed. Trajectory forming method for one leg is introduced. Servo ang...
The analysis focuses on control features of the hexapod walking robot with three degree-of-freedom l...
In this final thesis, a method for generating adaptive trajectories for a robot is proposed. For it,...
AbstractThe legs movement of a walking robot has been widely studied to solve mobility problems on s...
Hexapod robot is animaloid robot like a six-legged spider. The legged robot mostly used in the world...
Six-legged robots, also referred to as hexapods, can have very complex locomotion patterns and provi...
Disertacijoje nagrinėjamas šešiakojo roboto judėjimas nelygiu paviršiumi ir paviršiaus savybių atpaž...
This thesis discusses walking robots issues, their classification, management and construction. Ther...
In this paper, we propose a method that allows a hexapod robot to navigate omni-directionally with h...
Abstract: In this paper, the mechanical structure of a hexapod walking robot is presented and the ki...
To successfully design a hexapod robot with maneuverability over varying terrains, the kinematic and...
The headway of manipulator robots makes the development of a hexapod quite fast. Unfortunately, a he...
This master thesis project has developed a method for a six-legged robot to traverse uneven terrains...
The adaptability of hexapods for various locomotion tasks, especially in rescue and exploration miss...
Generating adaptive locomotion has seen a growing interest for the design of hexapods due to improvi...
Hexapod robot locomotion is analyzed. Trajectory forming method for one leg is introduced. Servo ang...
The analysis focuses on control features of the hexapod walking robot with three degree-of-freedom l...
In this final thesis, a method for generating adaptive trajectories for a robot is proposed. For it,...
AbstractThe legs movement of a walking robot has been widely studied to solve mobility problems on s...
Hexapod robot is animaloid robot like a six-legged spider. The legged robot mostly used in the world...
Six-legged robots, also referred to as hexapods, can have very complex locomotion patterns and provi...
Disertacijoje nagrinėjamas šešiakojo roboto judėjimas nelygiu paviršiumi ir paviršiaus savybių atpaž...
This thesis discusses walking robots issues, their classification, management and construction. Ther...
In this paper, we propose a method that allows a hexapod robot to navigate omni-directionally with h...
Abstract: In this paper, the mechanical structure of a hexapod walking robot is presented and the ki...
To successfully design a hexapod robot with maneuverability over varying terrains, the kinematic and...
The headway of manipulator robots makes the development of a hexapod quite fast. Unfortunately, a he...
This master thesis project has developed a method for a six-legged robot to traverse uneven terrains...
The adaptability of hexapods for various locomotion tasks, especially in rescue and exploration miss...
Generating adaptive locomotion has seen a growing interest for the design of hexapods due to improvi...