W. Maass. From visual perception to multimodal communication: Incremental route descriptions. AI Review Journal, 8(2-3), 1994. 258  Home/Search   Document Details and Download   Summary   Related Articles

.... can make use of specialized mapping techniques to explore unknown environments [12, 45, 46] Image databases are using retrieval techniques based on spatial models [8, 7, 52] and there are projects in natural language processing for producing natural language descriptions of a spatial scene [3, 39, 53, 77], and for visualizing a spatial scene based on natural language descriptions [29, 49, 56, 65] 1 Further, within the research area of Qualitative Reasoning [89, 43] the topic area of this dissertation, many spatial models have been proposed for performing a number of diverse tasks, including, ....

....Spatial Models To answer these questions, consider the following observations about the previously developed spatial models. The previous work can be roughly divided into two categories: work toward the development of spatial models to support specific, complex real world applications (e.g. [23, 53]) and work toward the development of formal, intuitive theories for qualitative spatial reasoning (e.g. 25, 33, 11] The most powerful spatial models are associated with the former category, 5 and allow reasoning about both static worlds and worlds where is translation and rotational motion. ....

[Article contains additional citation context not shown here]

W. Maass. From visual perception to multimodal communication: Incremental route descriptions. AI Review Journal, 8(2-3), 1994. 258

Online articles have much greater impact   More about CiteSeer.IST   Add search form to your site   Submit documents   Feedback  

CiteSeer.IST - Copyright Penn State and NEC