Sami Ylönen
Helsinki University of Technology
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Featured researches published by Sami Ylönen.
The International Journal of Robotics Research | 2003
Aarne Halme; Ilkka Leppänen; Jussi Suomela; Sami Ylönen; Ilkka Kettunen
WorkPartner is the prototype of a lightweight human-like mobile service robot designed to work interactively with humans in an outdoor environment. The tasks are similar to those a human can do and the robot may replace or work together with him/her. Mobility is based on a hybrid system, which combines the benefits of both legs and wheels to provide good terrain negotiating capability and large velocity range on variable ground. The robot is powered by a hybrid power system with electrical actuating and energy storage in the form of gasoline. The robot is equipped with a human-like two-hand manipulator. The long-term goal is to develop an adaptive and learning robot, which can carry different tools and work interactively with humans. The user or operator can be physically present on the same site as the robot and communicate with it by using speech and gestures, or he can use telepresence from a distant place and communicate via the Internet. In each case, communication takes place via a new type of user interface based on multimedia and cognition. In this paper we describe the mechatronic structure, the functional subsystems and motion control principles of the robot, as well as discuss the challenges of the development project.
intelligent robots and systems | 2002
Sami Ylönen; Aarne Halme
WorkPartner is the prototype of a lightweight mobile service robot designed to work interactively with humans in outdoor environment. The mobility is based on a hybrid system, which combine benefits of both legged and wheeled locomotion to provide at the same time good terrain negotiating capability and large velocity range. The working tool is a two-hand human like manipulator which can be used for manipulation or handling of tools. The robot is called WorkPartner, because the goal is to make an adaptive and learning robot, which can carry different tools and work interactively with a human. The user or operator can be physically present on the same site as the robot and communicate with it by using speech and gestures, or he can use telepresence from a distance place and communicate via Internet. In each case communication takes place via a new type of user interface based on multimedia and cognition.
Industrial Robot-an International Journal | 2004
Aarne Halme; Tobias Luksch; Sami Ylönen
WorkPartner (WP), is the prototype of a mobile centaur‐like service robot designed to work interactively with humans in an outdoor environment. It moves using four wheeled legs and has a human‐like upper body. Tasks executed by the robot are similar to those that a human can do; the robot may replace or work together with people. Mobility is based on a hybrid system, which combines the benefits of both legs and wheels to provide good terrain negotiating capability and a large velocity range on variable ground. The robot is powered by a hybrid power system with electrical actuation and energy storage in the form of gasoline. The robot is equipped with a human‐like two‐hand manipulator. The long‐term goal is to develop an adaptive and learning robot, which can carry tools and work interactively with humans.
IFAC Proceedings Volumes | 2002
Sami Ylönen; Aarne Halme
Abstract WorkPartner is a new type of lightweight robotic working machine designed mainly for outdoor use. Mobility is based on a hybrid system, which combines benefits of both legged and wheeled locomotion. This system provides good terrain negotiating capability and a large velocity range. The working tool has two hands, like human, which can be used for the manipulation of or handling of tools. The robot is called WorkPartner because the goal is to make an adaptive and learning robot that can carry different tools and work interactively with a human.
Archive | 2005
Sami Ylönen; Mikko Heikkilä; Petri Virekoski
WorkPartner is a mobile interactive service robot designed for lightweight outdoor tasks in co-operation with humans. WorkPartner participated in the ISR 2004 (35 th International Symposium on Robotics) exhibition on CLAWAR stand in Paris 22 – 26 March 2004. During the five days a lot of information was collected about human-machine interaction. The robot communicated with humans using speech and gestures, and observed environment using vision system. The visitors seemed to get a very humane impression of the robot.
autonome mobile systeme | 2003
Tobias Luksch; Sami Ylönen; Aarne Halme
Die Koordination der Bewegungssteuerung von Plattform und Manipulatoren ist ein zentrales Problem bei der Entwicklung mobiler Roboter. Diese Arbeit stellt eine mogliche Losung vor, die auf einem reaktiven, manipulatorzentrierten Ansatz beruht. Dabei werden zusatztliche Freiheitsgrade wie Oberkorperbewegung oder Beinstreckung sowie typische nichtholonome Eigenschaften der Plattform berucksichtigt. Weiterhin stehen Moglichkeiten zur Verfugung, um die Koordination der Plattformbewegung uber wenige Parameter an gegebene Aufgaben anzupassen. Als Versuchsplattform dient der Roboter Work-Partner, ein mobiler Serviceroboter mit hybridem Antriebskonzept und zwei Manipulatorarmen, der interaktiv mit dem Menschen auch im Freien zusammenarbeiten soll. Einige Experimente werden vorgestellt, die die Funktionalitat des Ansatzes praktisch untersu chen sollen.
Archive | 2001
Aarne Halme; Ilkka Leppänen; Miso Montonen; Sami Ylönen
field and service robotics | 2003
Aarne Halme; Jouni Sievilä; Ilkka Kauppi; Sami Ylönen
Archive | 2001
Aarne Halme; Ilkka Leppänen; Sami Ylönen; Ilkka Kettunen
Archive | 2001
Sami Ylönen; Ilkka Leppänen; Sami Salmi; Aarne Halme