| Ident. | Authors (with country if any) | Title |
|---|
| 000022 |
Diomidis I. Katzourakis [Suède] ; Joost C. F. De Winter [Pays-Bas] ; Mohsen Alirezaei [Pays-Bas] ; Matteo Corno [Pays-Bas, Italie] ; Riender Happee [Pays-Bas] | Road-Departure Prevention in an Emergency Obstacle Avoidance Situation |
| 000023 |
A. W. Lazonder [Pays-Bas] ; S. Ehrenhard [Pays-Bas] | Relative effectiveness of physical and virtual manipulatives for conceptual change in science: how falling objects fall |
| 000091 |
YINGJIE LI [États-Unis] ; Michael Clamann [États-Unis] ; David B. Kaber [États-Unis] | Validation of a Haptic-Based Simulation to Test Complex Figure Reproduction Capability |
| 000095 |
Anatole Lecuyer [France] ; Laurent George [France] ; Maud Marchal [France] | Toward Adaptive VR Simulators Combining Visual, Haptic, and Brain-Computer Interfaces |
| 000157 |
DI JIANG [Canada] ; Jordan Hovdebo [Canada] ; Anne Cabral [Canada] ; Vincent Mora [Canada] ; Sébastien Delorme [Canada] | Endoscopic third ventriculostomy on a microneurosurgery simulator : Medical Simulation |
| 000182 |
Ozgur Baser [Turquie] ; E. Ilhan Konukseven [Turquie] | Utilization of motor current based torque feedback to improve the transparency of haptic interfaces |
| 000202 |
R. Jaberzadeh Ansari [Iran] ; M. Zareinejad [Iran] ; S. M. Rezaei [Iran] ; K. Baghestan [Iran] ; N. Sarli [Iran] | Stable multi-user interaction with cooperative haptic virtual environments by a modification of passive set-position modulation |
| 000225 |
Sebastien Delorme [Canada] ; Denis Laroche [Canada] ; Robert Diraddo [Canada] ; Rolando F. Del Maestro [Canada] | NeuroTouch: A Physics-Based Virtual Simulator for Cranial Microneurosurgery Training |
| 000233 |
Makoto Oishi [Japon] ; Masafumi Fukuda [Japon] ; Tetsuya Hiraishi [Japon] ; Naoki Yajima [Japon] ; Yosuke Sato [Japon] ; Yukihiko Fujii [Japon] | Interactive virtual simulation using a 3D computer graphics model for microvascular decompression surgery |
| 000276 |
JINLING WANG [Singapour] ; Wen F. Lu [Singapour] | A haptics-based virtual simulation system for product design |
| 000293 |
Zachary Pezzementi [États-Unis] ; Erion Plaku [États-Unis] ; Caitlin Reyda [États-Unis] ; Gregory D. Hager [États-Unis] | Tactile-Object Recognition From Appearance Information |
| 000395 |
Rudy J. Lapeer [Royaume-Uni] ; Paul D. Gasson [Royaume-Uni] ; Vasudev Karri [Royaume-Uni] | A Hyperelastic Finite-Element Model of Human Skin for Interactive Real-Time Surgical Simulation |
| 000402 |
Philipp Pohlenz [Allemagne] ; Alexander Gröbe [Allemagne] ; Andreas Petersik [Allemagne] ; Norman Von Sternberg [Allemagne] ; Bernhard Pflesser [Allemagne] ; Andreas Pommert [Allemagne] ; Karl-Heinz Höhne [Allemagne] ; Ulf Tiede [Allemagne] ; Ingo Springer [Allemagne] ; Max Heiland [Allemagne] | Virtual dental surgery as a new educational tool in dental school |
| 000425 |
Hani R. Malone [États-Unis] ; Omar N. Syed [États-Unis] ; Michael S. Downes [États-Unis] ; Anthony L. D'Ambrosio [États-Unis] ; Donald O. Quest [États-Unis] ; Michael G. Kaiser | Simulation in Neurosurgery: A Review of Computer-Based Simulation Environments and Their Surgical Applications |
| 000450 |
Chris Harding [États-Unis] ; Reginald R. Souleyrette [États-Unis] | Investigating the Use of 3D Graphics, Haptics (Touch), and Sound for Highway Location Planning |
| 000493 |
Chetan S. Modi [Royaume-Uni] ; Guy Morris [Royaume-Uni] ; Ronan Mukherjee [Royaume-Uni] | Computer-Simulation Training for Knee and Shoulder Arthroscopic Surgery |
| 000536 |
Doruk Senkal [États-Unis] ; Hakan Gurocak [États-Unis] | Spherical Brake with MR Fluid as Multi Degree of Freedom Actuator for Haptics |
| 000896 |
| Haptic user-interfaces and applications |
| 000C25 |
X. Guo [États-Unis] ; J. Hua ; H. Qin | Scalar-function-driven editing on point set surfaces |
| 000C26 |
J. Hua [États-Unis] ; H. Qin | Scalar-field-guided adaptive shape deformation and animation |
| 000C34 |
J. Berkley [États-Unis] ; G. Turkiyyah ; D. Berg ; M. Ganter ; S. Weghorst | Real-Time Finite Element Modeling for Surgery Simulation: An Application to Virtual Suturing |
| 000C47 |
A. Luciani [France] ; D. Urma ; S. Marliere ; J. Chevrier | PRESENCE: The sense of believability of inaccessible worlds |
| 000C53 |
Y. Du [Canada] ; G. M. Bone | Object shape exploration and recognition in 2D using a two-fingered robotic hand |
| 000C55 |
M. Karkoub [France] ; M. G. Her ; K. S. Hsu ; C. Y. Chen | Neural-net tuned PID control of a parallel type mechanism with force feedback for virtual reality applications |
| 000C74 |
J. Aleotti [Italie] ; S. Caslli ; M. Reggiani | Leveraging on a virtual environment for robot programming by demonstration |
| 000C92 |
O. Khatib [États-Unis] ; O. Brock ; K. S. Chang ; D. Ruspini ; L. Sentis ; S. Viji | Human-centered robotics and interactive haptic simulation |
| 000C95 |
M. Mahvash [Canada] ; V. Hayward | High-fidelity haptic synthesis of contact with deformable bodies |
| 000C97 |
J. Hua [États-Unis] ; H. Qin | Haptics-based dynamic implicit solid modeling |
| 000C98 |
C. Basdogan [États-Unis] ; S. De ; J. Kim ; M. Muniyandi ; H. Kim ; M. A. Srinivasan | Haptics in minimally invasive surgical simulation and training |
| 000C99 |
K. Salisbury [États-Unis] ; F. Conti ; F. Barbagli | Haptic rendering: Introductory concepts |
| 000D01 |
Y. Chen [Hong Kong] ; Z. Yang | Haptic rendering based on spatial run-length encoding |
| 000D47 |
C. Scharver ; R. Evenhouse ; A. Johnson ; J. Leigh | Designing cranial implants in a haptic augmented reality environment |
| 000D60 |
Rajeev Dayal [États-Unis] ; Peter L. Faries [États-Unis] ; Stephanie C. Lin [États-Unis] ; Joshua Bernheim [États-Unis] ; Scott Hollenbeck [États-Unis] ; Brian Derubertis [États-Unis] ; Susan Trocciola [États-Unis] ; Jason Rhee [États-Unis] ; James Mckinsey [États-Unis] ; Nicholas J. Morrissey [États-Unis] ; K. Craig Kent [États-Unis] ; Sean P. Lyden ; Peter L. Faries | Computer simulation as a component of catheter-based training. Commentary |
| 000D73 |
D. Borro ; A. Garcia Alonso ; L. Matey | Approximation of optimal voxel size for collision detection in maintainability simulations within massive virtual environments |
| 000D91 |
L. Kim [Corée du Sud] ; G. S. Sukhatme ; M. Desbrun | A haptic-rendering technique based on hybrid surface representation |
| 000D96 |
K. Mcgee [Suède] | A Touch of the Future: Contact-Expressive Devices |
| 000D98 |
W. Son [Corée du Sud] ; K. Kim ; N. M. Amato ; J. C. Trinkle | A Generalized Framework for Interactive Dynamic Simulation for Multirigid Bodies |
| 000E09 |
Y. Cai [Singapour] ; C. Chui ; X. Ye ; Y. Wang ; J. H. Anderson | VR simulated training for less invasive vascular intervention |
| 000E11 |
YIYU CAI [Singapour] ; CHEEKONG CHUI [Singapour] ; XIUZI YE [République populaire de Chine] ; James H. Anderson [États-Unis] ; YAOPING WANG [Singapour] | Using VR technology for training of minimally invasive vascular surgery |
| 000E29 |
S. D. Laycock [Royaume-Uni] ; A. M. Day | Recent developments and applications of haptic devices |
| 000E36 |
M. Osama Alhalabi [Japon] ; Susumu Horiguchi [Japon] | Network latency issue in cooperative shared haptic virtual environment |
| 000E80 |
P. Poignet [France] ; E. Dombre ; O. Merigeaux ; F. Pierrot ; G. Duchemin | Design and control issues for intrinsically safe medical robots |
| 000E82 |
D. Wollherr [Allemagne] ; M. Buss | Cost-oriented virtual reality and real-time control system architecture |
| 000E92 |
M. O. Alhalabi [Japon] ; S. Horiguchi ; S. Kunifuji | An experimental study on the effects of network delay in cooperative shared haptic virtual environment |
| 000F09 |
Michael J. Manyak [États-Unis] ; Kristin Santangelo [États-Unis] ; James Hahn [États-Unis] ; Roger Kaufman [États-Unis] ; Thurston Carleton [États-Unis] ; XING CHENG HUA [États-Unis] ; Raymond J. Walsh [États-Unis] | Virtual reality surgical simulation for lower urinary tract endoscopy and procedures |
| 000F18 |
B. Hannaford [États-Unis] ; J. H. Ryu | Time-domain passivity control of haptic interfaces |
| 000F20 |
X. Ma [États-Unis] ; P. N. Brett | The performance of a 1-D distributive tactile sensing system for detecting the position, weight, and width of a contacting load |
| 000F45 |
Marco Agus [Italie] ; Andrea Giachetti [Italie] ; Enrico Gobbetti [Italie] ; Gianluigi Zanetti [Italie] ; Antonio Zorcolo [Italie] | Real-time haptic and visual simulation of bone dissection |
| 000F80 |
L. Thurfjell [Suède] ; J. Mclaughlin ; J. Mattsson ; P. Lammertse | Haptic interaction with virtual objects: The technology and some applications |
| 001000 |
M. Schijven [Pays-Bas] ; J. Jakimowicz [Pays-Bas] | Face-, expert, and referent validity of the Xitact LS500 Laparoscopy Simulator |
| 001004 |
S. K. Song [Corée du Sud] ; D. S. Kwon | Efficient formulation approach for the forward kinematics of 3-6 parallel mechanisms |
| 001016 |
M. G. Her [Taïwan] ; M. Karkoub ; K. S. Hsu | Design and analysis of a 2-D haptic interface device in virtual reality |
| 001038 |
A. D. Rodic [Serbie] ; M. K. Vukobratovic | Advanced control and stability of autonomous road vehicles: Part I synthesis of a hybrid neuro-dynamic controller |
| 001057 |
Torgny E. Carlsson [Suède] ; Bengt Nilsson [Suède] ; Jonny Gustafsson [Suède] | System for acquisition of three-dimensional shape and movement using digital Light-in-Flight holography |
| 001065 |
A. Ansar [États-Unis] ; D. Rodrigues ; J. P. Desai ; K. Daniilidis ; V. Kumar ; M. F. M. Campos | Visual and haptic collaborative tele-presence |
| 001074 |
S. Walairacht [Japon] ; M. Ishii ; Y. Koike ; M. Sato | Two-handed multi-fingers string-based haptic interface device |
| 001093 |
A. K. Noor [États-Unis] ; T. M. Wasfy | Simulation of physical experiments in immersive virtual environments |
| 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 |
| 001116 |
L. Zlajpah [Slovénie] | Integrated environment for modelling, simulation and control design for robotic manipulators |
| 001123 |
F. L. Krause [Allemagne] ; J. Neumann | Haptic interaction with non-rigid materials for assembly and dissassembly in product development |
| 001130 |
D. B. Arnold [Royaume-Uni] ; A. M. Day ; V. Jennings ; A. Courtenay ; D. A. Duce | Haptic device control - will it fit standardized input models? |
| 001155 |
M. C. Leu [États-Unis] ; B. Y. Maiteh ; D. Blackmore ; L. Fu | Creation of freeform solid models in virtual reality |
| 001162 |
J. Xiao [États-Unis] ; X. Ji | Automatic generation of high-level contact state space |
| 001168 |
H. Regenbrecht [Allemagne] ; G. Baratoff ; M. Wagner | A tangible AR desktop environment |
| 001197 |
Erol Osman [Allemagne] ; Adrian R. Pearce [Australie] ; Martin Jüttner [Allemagne] ; Ingo Rentschler [Allemagne] | Reconstructing mental object representations : A machine vision approach to human visual recognition |
| 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 |
| 001219 |
Y. Adachi [Japon] ; T. Kumano ; A. Ikemoto ; N. Suzuki ; A. Hattori ; A. Takatsu | Haptic device system for multi-fingers on both hands for a surgical simulator |
| 001221 |
G. Faconti [Italie] ; M. Massink ; M. Bordegoni ; F. De Angelis ; S. Booth | Haptic cues for image disambiguation |
| 001226 |
S. C. Venema [États-Unis] ; B. Hannaford | Experiments in fingertip perception of surface discontinuities |
| 001247 |
B. Delaney | VizSim technology helps find oil faster |
| 001248 |
D. Shaffer [États-Unis] ; D. Meglan [États-Unis] ; M. Ferrell [États-Unis] ; S. Dawson [États-Unis] | Virtual rounds : Simulation-based education in procedural medicine |
| 001260 |
R. J. Adams [États-Unis] ; B. Hannaford | Stable haptic interaction with virtual environments |
| 001261 |
E. Chen [États-Unis] | Six Degree-of-Freedom Haptic System for desktop virtual prototyping applications |
| 001271 |
G. C. Burdea [États-Unis] | Invited review: the synergy between virtual reality and robotics |
| 001292 |
G. Picinbono [France] ; J.-C. Lombardo [France] | Extrapolation : A solution for force feedback ? |
| 001301 |
M. Peshkin [États-Unis] ; F. E. Colgate | Cobots |
| 001307 |
K. Khorasani [Canada] | Adaptive control of haptic interfaces for virtual reality-based surgery simulations |
| 001326 |
T. Massie [États-Unis] | Tangible goal for 3D modeling |
| 001363 |
J. W. Ward [Royaume-Uni] ; D. P. M. Wills ; K. P. Sherman ; A. M. M. A. Mohsen | Development of an arthroscopic surgical simulator with haptic feedback |
| 001391 |
T. Ogi [Japon] ; M. Hirose [Japon] ; H. Watanabe [Japon] ; N. Kakehi [Japon] | Real-time numerical simulation in haptic environment |
| 001397 |
A. Van Dam | Post-WIMP user interfaces |
| 001415 |
Y. Cai [Japon] ; S. Wang ; M. Sato | Human-scale direct motion instruction system device for education systems |
| 001441 |
P. Buttolo [États-Unis] ; R. Oboe ; B. Hannaford | Architectures for shared haptic virtual environments |
| 001494 |
MING OUHYOUNG [Taïwan] ; WU-NAN TSAI ; MING-CHANG TSAI ; JIANN-RONG WU ; CHUNG-HSI HUANG ; TSONG-JER YANG | A low-cost force feedback joystick and its use in PC video games |
