Titlebook: Exploratory Vision; The Active Eye Michael S. Landy,Laurence T. Maloney,Misha Pavel Book 1996 Springer-Verlag New York, Inc. 1996 Computer

精确

A Framework for Information Assimilationinformation, independent assimilation tracks for these sources, methods of evaluating “usefulness” of input information and methods of updating the Environment Model. We will discuss this framework using robot navigation as an example.

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Active Vision and Virtual Realityd on positionable platforms (pan and tilt) that can track objects of interest, maintain sharp focus on salient surfaces and zoom in on regions of interest can provide the functional equivalence of a much larger array of fixed sensors.

echnic

1431-858X study of biological vision systems. It is still the case, however, that the perfor­ of computer vision systems falls far short of that of the natural systems m978-1-4612-8460-4978-1-4612-3984-0Series ISSN 1431-858X

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watertight,

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Henry James‘ Narrative Techniqueof estimating features from images by fitting a model to visual data. Computer graphics programs can produce realistic renderings of artificial scenes, so our understanding of image formation must be quite good. We have good models for visual phenomena, but can do a better job of applying the models

原来

Public Scandals, Private Dilemmas,spect to a specific constrained computer architecture. We suggest that eye movements may serve to reduce this constrained complexity for certain visual tasks. We begin by discussing human performance on several examples of perceptual tasks. We then informally introduce analysis of algorithmic comple

LIMIT

https://doi.org/10.1007/978-1-349-20419-9s we move, the image of a single object or location may fall successively on parts of the retina with markedly different optical qualities and photoreceptor densities. Yet, we typically manage not to confuse the particular characteristics of a retinal region with the appearance of an object imaged o

清晰

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