As robotic technology matures and more platforms are fielded in unstructured real-world situations, the more new areas of applications are being thought for robotic deployment. After successes in industrial robots, researchers are now trying to explore new robots with biological features of different biological creatures like, snake, bird, and spider for their stunning advantages. Underwater exploration using robots is a new avenue. Research on the tentacle robot for underwater application is a new field of research besides the other research in this arena. There are few researches on this topic are explored and mostly are on biological robot. Besides those researches this paper aims to propose and demonstrate another technique to build a t...
In recent years, the robotic engineering community is focusing more on the area of biomimetic robots...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2014.Cata...
Biomimetics aims to take inspiration from nature and develop new models and efficient systems for a ...
As robotic technology matures and more platforms are fielded in unstructured real-world situations, ...
Autonomous Underwater Vehicles (AUVs) using conventional methods of propulsion cannot operate in a d...
The authors envisages a marine system network based on AUVs, offshore vessels, and air-crafts for re...
The paper deals with the design and development of an underwater stingray mechanism bot. In this stu...
In this paper, we propose a novel propulsion method for a Biomimetic underwater robot, which is a bi...
Underwater swimming robots permit remote access to over 70% of the Earth's surface that is covered i...
In this thesis we present a model of a swimming underwater snake robot. How aquatic animals move in...
Interest in autonomous underwater vehicles is constantly increasing following the emerging needs of ...
Fish and other sea borne creatures have invoked interest in the minds of many professionals to study...
In the context of underwater robotics, most vehicles currently deployed use a propulsion system base...
We propose a novel propulsion mechanism for an underwater robot inspired by the pectoral fins of a f...
In numerous propulsion forms of underwater creatures, jet propulsion is one of the major ways to swi...
In recent years, the robotic engineering community is focusing more on the area of biomimetic robots...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2014.Cata...
Biomimetics aims to take inspiration from nature and develop new models and efficient systems for a ...
As robotic technology matures and more platforms are fielded in unstructured real-world situations, ...
Autonomous Underwater Vehicles (AUVs) using conventional methods of propulsion cannot operate in a d...
The authors envisages a marine system network based on AUVs, offshore vessels, and air-crafts for re...
The paper deals with the design and development of an underwater stingray mechanism bot. In this stu...
In this paper, we propose a novel propulsion method for a Biomimetic underwater robot, which is a bi...
Underwater swimming robots permit remote access to over 70% of the Earth's surface that is covered i...
In this thesis we present a model of a swimming underwater snake robot. How aquatic animals move in...
Interest in autonomous underwater vehicles is constantly increasing following the emerging needs of ...
Fish and other sea borne creatures have invoked interest in the minds of many professionals to study...
In the context of underwater robotics, most vehicles currently deployed use a propulsion system base...
We propose a novel propulsion mechanism for an underwater robot inspired by the pectoral fins of a f...
In numerous propulsion forms of underwater creatures, jet propulsion is one of the major ways to swi...
In recent years, the robotic engineering community is focusing more on the area of biomimetic robots...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2014.Cata...
Biomimetics aims to take inspiration from nature and develop new models and efficient systems for a ...