Expérience And NotD. Sobral
List of bibliographic references
Number of relevant bibliographic references: 29.| Ident. | Authors (with country if any) | Title |
|---|---|---|
| 000C25 | X. Guo [États-Unis] ; J. Hua ; H. Qin | Scalar-function-driven editing on point set surfaces |
| 000C53 | Y. Du [Canada] ; G. M. Bone | Object shape exploration and recognition in 2D using a two-fingered robotic hand |
| 000C74 | J. Aleotti [Italie] ; S. Caslli ; M. Reggiani | Leveraging on a virtual environment for robot programming by demonstration |
| 000C86 | Y. J. Kim [Corée du Sud] ; M. C. Lin ; D. Manocha | Incremental Penetration Depth Estimation between Convex Polytopes Using Dual-Space Expansion |
| 000C93 | S. Katsura [Japon] ; K. Ohnishi | Human Cooperative Wheelchair for Haptic Interaction Based on Dual Compliance Control |
| 000D14 | D. Bi [Hong Kong] ; Y. F. Li ; S. K. Tso ; G. L. Wang | Friction modeling and compensation for haptic display based on support vector machine |
| 000E76 | H. Subramanium [États-Unis] ; T. Kesavadas | Development and pilot testing for virtual manufacturing tools with intelligent attributes |
| 000E80 | P. Poignet [France] ; E. Dombre ; O. Merigeaux ; F. Pierrot ; G. Duchemin | Design and control issues for intrinsically safe medical robots |
| 000E92 | M. O. Alhalabi [Japon] ; S. Horiguchi ; S. Kunifuji | An experimental study on the effects of network delay in cooperative shared haptic virtual environment |
| 000F18 | B. Hannaford [États-Unis] ; J. H. Ryu | Time-domain passivity control of haptic interfaces |
| 000F52 | M. Meehan [États-Unis] ; B. Insko ; M. Whitton ; F. P. Brooks Jr | Physiological measures of presence in stressful virtual environments |
| 000F90 | M. G. Her [Taïwan] ; K. S. Hsu ; T. S. Lan ; M. Karkoub | Haptic direct-drive robot control scheme in virtual reality |
| 001012 | M. C. Cavusoglu [États-Unis] ; A. Sherman ; F. Tendick | Design of bilateral teleoperation controllers for haptic exploration and telemanipulation of soft environments |
| 001023 | R. J. Adams [États-Unis] ; B. Hannaford | Control law design for haptic interfaces to virtual reality |
| 001051 | E. L. Secco [Italie] ; G. Magenes | A feedforward neural network controlling the movement of a 3-DOF finger |
| 001055 | M. Tanaka [Japon] ; J. Hiraizumi ; J. L. Leveque ; S. Chonan | Haptic sensor for monitoring skin conditions |
| 001082 | Y. Kashiwagi ; K. Matsunaga ; K. Shidoji | The effect of tactual feedback by the vibration device in virtual reality environment |
| 001103 | S. A. Mascaro [États-Unis] ; H. H. Asada | Photoplethysmograph fingernail sensors for measuring finger forces without haptic obstruction |
| 001104 | M. Reddy [Afrique du Sud] | Perceptually optimized 3D graphics |
| 001107 | M. W. Asghar [États-Unis] ; K. E. Barner | Nonlinear multiresolution techniques with applications to scientific visualization in a haptic environment |
| 001129 | D. Ruspini [États-Unis] ; O. Khatib | Haptic display for human interaction with virtual dynamic environments |
| 001198 | Y. Tsumaki [Japon] ; M. Kinami ; M. Uchiyama | Realization of a high-fidelity virtual world with a 6 d.o.f. haptic interface |
| 001200 | C. H. Ho [États-Unis] ; C. Basdogan ; M. A. Srinivasan | Ray-based haptic rendering: Force and torque interactions between a line probe and 3D objects in virtual environments |
| 001212 | P. J. Berkelman [États-Unis] ; R. L. Hollis | Lorentz magnetic levitation for haptic interaction: Device design, performance, and integration with physical simulations |
| 001226 | S. C. Venema [États-Unis] ; B. Hannaford | Experiments in fingertip perception of surface discontinuities |
| 001330 | C. H. Ernest [Canada] | Spatial ability and lateralization in the haptic modality |
| 001392 | R. Gupta [États-Unis] ; D. Whitney [États-Unis] ; D. Zeltzer [États-Unis] | Prototyping and Design for Assembly Analysis using Multimodal Virtual Environments |
| 001400 | J. E. Korteling ; W. Van Der Borg | Partial camera automation in an unmanned air vehicle |
| 001415 | Y. Cai [Japon] ; S. Wang ; M. Sato | Human-scale direct motion instruction system device for education systems |
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