| N04-2005 | 3D coordinates of objects in a | virtual reality | model are certainly language |
| N04-2005 | produce this model is to incorporate | virtual reality | 3D scene representation software |
| N04-2005 | representation is proposed that uses | virtual reality | 3D scene modeling software to |
| W02-1301 | application prospects of immersive | virtual reality | . Today , immersive virtual reality |
| W02-1301 | and for which purposes immersive | virtual reality | technologies will be found useful |
| J09-2001 | interpreting in front of and behind in a | virtual reality | environment based on different |
| N10-1048 | dialogue form , possibly using | virtual reality | platforms such as Second Life |
| N04-2005 | problem , and the richness of the | virtual reality | spatial model can facilitate |
| N04-2005 | " ) . The system displays a 3D | virtual reality | scene and accepts English input |
| J99-4009 | appropriate acronym might be VRTL , for | Virtual Reality | Theory of Language . For the |
| N04-2005 | be overlaid on an area of the | virtual reality | space in front of the torso of |
| N04-2005 | could be identified , and a 3D | virtual reality | model of the scene could be constructed |
| C00-1083 | Abstract While recent advancements in | virtual reality | technology have created a rich |
| W01-1015 | devoted to build an intelligent | virtual reality | sales and service system that |
| J09-2001 | robotics , animated agents , and | virtual reality | , in the context of interpreting |
| W02-2109 | of various types , AI systems , | virtual reality | , online negotiations , dialog |
| W03-2110 | large-screen , semi - immersive | virtual reality | environment as its primary display |
| W02-1301 | interactivity ; • immersive | virtual reality | and augmented reality . Intelligent |
| A97-1002 | controller for an immersive 3D or " | Virtual Reality | " tactical combat simulation |
| A97-2000 | Spoken Language Intoface to a | Virtual Reality | System </title> Washington Marriott |
