Schöpfer M, Pardowitz M, Ritter H. Evaluation of Tactile Features for Object Categorization. In: Workshop on Tactile Sensing in Humanoids @ HUMANOIDS. Paris; 2009.To integrate robot manipulators in every day life, robots need to be able to handle complex situations and scenarios ideally up to the level of humans. The processing of sensory data is vital for a good performance in unstructured environments. This paper presents an approach to handle spartio-temporal tactile time-series. A set of features is extracted in an off-line experimental setup using a tactile database. The results are then verified using the Schunk Dexterous Hand (SDH-2) in a short experimental setup
Recent advances in the field of intelligent robotic manipulation pursue providing robotic hands with...
Kõiva R, Schürmann C. Sensors for capturing tactile interaction patterns. Presented at the 7th ACM/I...
At present, the tactile perception is essential for robotic applications when performing complex man...
Schöpfer M, Pardowitz M, Haschke R, Ritter H. Identifying Relevant Tactile Features for Object Ident...
Abstract — We present a database of 2D pressure profile timeseries as a testbed for tactile object a...
Abstract — Tactile sensing stands to improve the manipulation and perception skills of autonomous ro...
Schöpfer M, Pardowitz M, Ritter H. Using Entropy for Dimension Reduction of Tactile Data. In: 14th ...
Tactile information processing is essential to robotic manipulation such as grasping, lifting and sl...
The main target of this work is to improve human-robot interaction capabilities, by adding a new mod...
International audienceTactile sensing is an essential element of autonomous dexterous robot hand man...
Robot manipulation reaches a new level with the help of tactile sensing. Many robotic tactile senso...
This paper discusses how data from an array of tactile sensors may be used to identify and locate on...
AbstractThis paper proposes a framework to investigate the influence of physical interactions to sen...
In this paper the design, implementation, and testing of an artificial tactile sensing system incorp...
Robotic tactile recognition aims at identifying target objects or environments from tactile sensory ...
Recent advances in the field of intelligent robotic manipulation pursue providing robotic hands with...
Kõiva R, Schürmann C. Sensors for capturing tactile interaction patterns. Presented at the 7th ACM/I...
At present, the tactile perception is essential for robotic applications when performing complex man...
Schöpfer M, Pardowitz M, Haschke R, Ritter H. Identifying Relevant Tactile Features for Object Ident...
Abstract — We present a database of 2D pressure profile timeseries as a testbed for tactile object a...
Abstract — Tactile sensing stands to improve the manipulation and perception skills of autonomous ro...
Schöpfer M, Pardowitz M, Ritter H. Using Entropy for Dimension Reduction of Tactile Data. In: 14th ...
Tactile information processing is essential to robotic manipulation such as grasping, lifting and sl...
The main target of this work is to improve human-robot interaction capabilities, by adding a new mod...
International audienceTactile sensing is an essential element of autonomous dexterous robot hand man...
Robot manipulation reaches a new level with the help of tactile sensing. Many robotic tactile senso...
This paper discusses how data from an array of tactile sensors may be used to identify and locate on...
AbstractThis paper proposes a framework to investigate the influence of physical interactions to sen...
In this paper the design, implementation, and testing of an artificial tactile sensing system incorp...
Robotic tactile recognition aims at identifying target objects or environments from tactile sensory ...
Recent advances in the field of intelligent robotic manipulation pursue providing robotic hands with...
Kõiva R, Schürmann C. Sensors for capturing tactile interaction patterns. Presented at the 7th ACM/I...
At present, the tactile perception is essential for robotic applications when performing complex man...