| 1. | Research of the real time panorama image based on directx
的动态全景图像生成方法研究 |
| 2. | One of important task in virtual reality based on images is stitching pictures to get panoramas
基于图像绘制的虚拟现实技术的一个重要任务是全景图像拼接。 |
| 3. | The technique of panoramic image - based rendering is one of ways which can realize virtual navigation of university digital museum effectively
基于全景图像的渲染技术是实现大学数字博物馆虚拟漫游的有效方法之一。 |
| 4. | We need shoot a large number of pictures and stitch them after they were projected to create multi - site virtual scenes
为了实现一个多节点虚拟场景，需要拍摄大量照片，并把这些照片进行投影处理后拼接成一系列全景图像。 |
| 5. | This paper constructs a platform of creating panoramic images by such steps as image collection , project , matching and image smoothness
通过该平台，可以将采集的局部图像经过投影、拼接和平滑化等步骤生成一幅全景图像。 |
| 6. | Stitching pictures to get panoramas is an important task because the quality of stitching result has deciding influence to the effect of roaming
全景图像拼接是一项非常重要的任务，拼接的质量对虚拟浏览的效果有至关重要的影响。 |
| 7. | This paper present one kind of video texture extension - panoramic video texture , which integrated the good qualities of video texture and panoramic video . panorama video texture increased expressive force into widely used panoramic image
它结合了全景视频和视频纹理的优点，为得到广泛应用的全景图像注入了动态表现能力。 |
| 8. | At last , we make use of the panoramic image to re - project to the cylindrical panoramic qtvr , which expands the application domain of image mosaicing , and need higher requirement of image mosaicing
最后，我们利用得到的全景图像，再次投影到全景qtvr的柱面模型上，拓展了图像拼接的应用领域，同时也对图像拼接技术提出了更高的要求。 |
| 9. | Those models express the panoramic image in different ways . in our system , we adopt planar manifold as our reprojection model of panorama , and adopt cylindrical manifold as our panoramic qtvr reprojection model
这几种模型分别以不同形式对全景图像进行表达，我们选取平面流形作为全景图像的投影模型，选取柱面流形作为全景qtvr再投影的模型。 |
| 10. | This paper mainly discusses various expression ways of image sequences and video , which break through the physical restriction of equipment . we make use of large fov image mosaicing to construct panoramic image , from which we can make panoramic qtvr
本文主要讨论的是图像序列和视频以不同形式表达的方法，突破设备本身的物理限制，利用大视场的图像拼接技术构建全景图像，以及基于此的全景qtvr的应用。 |
