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Robot Learning
...lt research problems, like how to process sensor information, how a moving robot can localize itself, how to build a map of the environment under these circ ...itself but only as far as they help to complete the mission. Therefore the robot should chose a decision making strategy that will gain only knowledge that

3 KB (381 words) - 15:16, 12 February 2007
Biomimetic Underwater Robot
...with fin propulsion for shallow water applications. Biomimetic underwater robot design permits creating devices that are efficent, quiet, create little or ...re not appropriate for these environements. Also, the fish-like biomimetic robot with many control surfaces would be capable of good maneuverability and sta

1 KB (194 words) - 16:08, 3 April 2007

Page text matches

File:Ur5 left.png
|description={{en|1=Universal Robot UR5 manipulator}} [[Category:Robot]]

(2,899 × 3,319 (4.05 MB)) - 11:19, 1 September 2017
Robot Learning
...lt research problems, like how to process sensor information, how a moving robot can localize itself, how to build a map of the environment under these circ ...itself but only as far as they help to complete the mission. Therefore the robot should chose a decision making strategy that will gain only knowledge that

3 KB (381 words) - 15:16, 12 February 2007
Theses in Mixed Signal Microelectronics
...icro-robot based on polymeric actuators|Vision-based control of soft micro-robot based on polymeric actuators]] === Vision-based control of soft micro-robot based on polymeric actuators ===

1 KB (203 words) - 19:27, 26 October 2020
Franka Emika Panda
'''The beginner guide for Panda robot can be accessed from here: https://github.com/ut-ims-robotics/tutorials/wik

175 bytes (20 words) - 11:07, 14 February 2018
User:Morteza.Daneshmand
topic=Human-robot collaboration in manufacturing |

332 bytes (32 words) - 10:36, 11 September 2019
User:Toomas.kaasik
Thesis topic: "Ionic elactroactive polymer robot"

308 bytes (40 words) - 11:00, 20 September 2017
File:Kinova KG-3 Gripper.jpg
|description={{en|1=Kinova KG-3 gripper robot}}

(690 × 550 (25 KB)) - 00:38, 2 June 2019
Biomimetic Underwater Robot
...with fin propulsion for shallow water applications. Biomimetic underwater robot design permits creating devices that are efficent, quiet, create little or ...re not appropriate for these environements. Also, the fish-like biomimetic robot with many control surfaces would be capable of good maneuverability and sta

1 KB (194 words) - 16:08, 3 April 2007
File:Clearpath Jackal.jpg
|description={{en|1=Clearpath jackal UGV robot}}

(2,000 × 1,055 (367 KB)) - 23:52, 1 June 2019
TonisTiimus MSc
The mechanics of the robot are fixed and I've tested the various electronic components (3 servos, DC m Started programming the robot arm, reading topics on 'Inverse kinematics' and how this is done in industr

2 KB (300 words) - 13:02, 18 November 2014
File:Xarm7.jpg
|description={{en|1=xarm7 robot ufactory}}

(300 × 300 (3 KB)) - 09:58, 18 September 2019
Collaborative Robotics and Robotic Computing
...lied to robotic problems for a wide set of applications ranging from human-robot collaboration, robotic manipulation to autonomous driving. Human-Robot Collaboration.

943 bytes (123 words) - 15:36, 9 November 2020
User:Iman.dadras
{{UserProfileItem | Thesis Title | Image-guided micro flexible robot for Otitis Media}}

427 bytes (49 words) - 17:57, 11 March 2020
File:Franka Emika Panda.jpg
|description={{en|1=Franka Emika Panda robot manipulator}}

(900 × 900 (64 KB)) - 23:49, 1 June 2019
Underwater vehicle for environmental monitoring
...l information about the project could be read from [[Biomimetic Underwater Robot|the official page]].

372 bytes (54 words) - 01:31, 17 February 2007
User:Rennoraudmae
Thesis topic: "Robotont - An Educational Robotics Platform for Learning Robot Operating System (ROS)"

471 bytes (62 words) - 11:03, 23 March 2018
User:Aks1812
..., Trajectory optimization for Manipulation problems, Shared Control, Multi-Robot Coordination }}

576 bytes (61 words) - 14:24, 2 September 2019
User:Tianbao
Thesis topic: "Modelling compliant control and interaction for human-robot collaboration during shared task completion"

526 bytes (70 words) - 11:42, 13 September 2017
NAO: Pea peal seismine
Panna robot liikuma püstiasendist stabiilsesse pea peal seisu. Füüsiline robot:

2 KB (303 words) - 19:53, 24 April 2011
ErkiViidaleppTegevused
...bout different projects that are available. Agreed to work on the circular robot that uses centre of mass displacement for motion. Objective is to enable th

498 bytes (79 words) - 13:41, 30 November 2014