The paper presents a new technique for cognitive analysis and recognition of pathological wrist bone lesions. This method uses AI techniques and mathematical linguistics allowing us to automatically evaluate the structure of the said bones, based on palm radiological images. Possibilities of computer interpretation of selected images, based on the methodology of automatic medical image understa...

This paper describes an algorithm for automatically interpreting noun sequences in unrestricted text. This system uses broadcoverage semantic information which has been acquired automatically by analyzing the definitions ira an on-line dictionary. Previously, computational studies of noun sequences made use of hand-coded semantic information, and they applied the analysis rules sequentially. In...

This paper describes a complete face tracking system that interprets human head movements in real time. The system combines motion analysis with reliable and eecient object recognition strategies. It classiies head movements as \yes" (nodding head), \no" (shaking head) or \nothing" (still head). The system's skill allows contactless man-machine interaction, thus giving access to a number of new...

A system is presented that classiies objects in raw images using statistical pattern recognition and spatial indexing. The system is given a training set containing samples of feature vectors of objects that may be found in the images. This method of classiication was applied to automatic interpretation of oor plans. A number of data structures are suggested for storing the training set. Of the...

This paper describes a practical method of automatic simultaneous interpretation utilizing an example-based incremental transfer mechanism. We primarily show how incremental translation is achieved in the context of an example-based framework. We then examine the type of translation examples required for a simultaneous interpretation to create naturally communicative dialogs. Finally, we propos...

This paper considers the application of knowledge based techniques to the automatic interpretation of line drawing images and describes progress in the development of a practical system which, although not fully automatic, provides a framework for approaching that goal through a diminishing level of operator intervention. This is achieved using a knowledge bascd system which cooperates with a c...

The automatic interpretation of aerial and satellite imagery is one of the main research tasks in photogrammetry and related disciplines. The primary goal is the automatic extraction of visible, spatial, topographic objects from imagery. The extracted objects are one possible input for updating or creating geographic data bases. In order to simplify the task, automatic image interpretation was ...