Biblio
Found 239 results
Author [ Title
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Interest-Driven Exploration with Observational Learning for Developmental Robots. IEEE Transactions on Cognitive and Developmental Systems .
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2021. Interactive Learning of Inverse Kinematics with Nullspace Constraints using Recurrent Neural Networks. Proc. 20. Workshop on Computational Intelligence.
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2010. Integrating Inhomogeneous Processing and Proto-object Formation in a Computational Model of Visual Attention. Human Centered Robot Systems: Cognition, Interaction, Technology. :93–102.
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2009. Integrating Feature Maps and Competitive Layer Architectures For Motion Segmentation. Neurocomputing. 74:1372–1381.
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2011. Input-Output Stability of Recurrent Neural Networks with Delays using Circle Criteria. Proc. Int. ICSC/IFAC Symposium on Neural Computation. :519–525.
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1998. Influence of Preconditioning on the Relaxation Behavior of Porcine Septal Cartilage Using Different Sized Indenters. Journal of Biomechanics: XXI Congress, International Society of Biomechanics (ISB). 40:116.
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2007. Incremental Free Space Acquisition and Representation for Automatic Grasping. Fourth Int. Conference on Automation, Robotics and Computer Vision (ICARCV). :904–908.
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1996. Incremental Bootstrapping of Parameterized Motor Skills. Proc. IEEE Humanoids.
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2016. Impact of Regularization on the Model Space for Time Series Classification. New Challenges in Neural Computation (NC2). :49–56.
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2015. Identification of Assembly Process States Using Polyhedral Convex Cones. IEEE International Conference on Robotics and Automation. :2756–2761.
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1999. .
2022. .
2022.
Hybrid Mechanical and Data-driven Modeling Improves Inverse Kinematic Control of a Soft Robot. Procedia Technology. 26:12–19.
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2016. .
2017. Humans and Humanoids - Perspectives on Research in Cognition and Robotics. KI - Künstliche Intelligenz. 4:33–36.
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2008. How to Obtain Correct Inverse Kinematics Solutions Using Paul's Inversion Method. Proceedings 14th IASTED International Symposium Manufacturing and Robotics. :44-47.
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1991. HNO 2008. 56:789–-794.
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2008. HighLAP: A High Level System for Generating, Representing, and Evaluating Assembly Sequences. International Journal on Artificial Intelligence Tools. 6:149–163.
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1997. HighLAP : A High Level System for Generating, Representing, and Evaluating Assembly Sequences. IEEE International Joint Symposia on Intelligence and Systems. :134–141.
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1996. Hierarchical Scene Understanding for Intelligent Vehicles. Proc. of IEEE Intelligent Vehicles Symposium (IV),. :1142–1147.
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2011. .
2020. Guiding Attention for Grasping Tasks by Gestural Instruction: The GRAVIS-Robot Architecture. Proc. Int. Conf. Intelligent Robots and Sytems. :1570–1577.
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2001. Guiding Attention for Grasping Tasks by Gestural Instruction: The GRAVIS-Robot Architecture. Proc. Int. Conf. Intelligent Robots and Sytems. :1570–1577.
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2001. Graphics & Robotics. :87–114.
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1994.