Titlebook: Advanced Concepts for Intelligent Vision Systems; 14th International C Jacques Blanc-Talon,Wilfried Philips,Pavel Zem?ík Conference proceed

bourgeois

https://doi.org/10.1007/978-3-8348-9937-8ls. We propose several improvements for “real-time” dynamic iris biometry in order to build gradually an iris code of high quality by selecting on-the-fly the best iris images as they appear during acquisition. In particular, tracking is performed using an optimally-tuned Kalman’s filter, . a Kalman

SLAG

Diagonalisierung und die M?chtigkeit von ?search on humanoid robots we study binocular robotic eyes that can pan and tilt and perceive depth from stereo, as well as depth from vergence by fixing both eyes on a nearby object. In this paper, we report on a convergent robot vision set-up: Firstly, we describe the mathematical model for converg

vasospasm

Wozu brauchen wir die Unendlichkeit?his paper, we present a general task-oriented approach based on an information-gain maximization that easily deals with such a problem. Our approach consists of ranking a given set of possible actions, based on their task-related gains, and then executing the best-ranked action to move the required

nerve-sparing

Diagonalisierung und die M?chtigkeit von ?nalytics system for object and people tracking, using a PTZ camera. The tracking algorithm is based on adaptive template matching and it employs a novel Sum of Weighted Absolute Differences. The video analytics is implemented on the DSP board DM6437 EVM and it automatically controls the PTZ camera,

兇猛

NIB

Wozu brauchen wir die Unendlichkeit?cheme, which considers the similarity of color pixels and their spatial distance. However, instead of direct calculation of the dissimilarity measure, the cost of a connection through a digital path joining the central pixel of the filtering window and its neighbors is determined. The filter output,

HAVOC

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Cholecystokinin

容易生皺紋

Berechenbarkeit Komplexit?t Logik introduce a simple and handy model to look into the sampling behavior of a camera system. We have applied this model to single lens system as well as plenoptic cameras. We have investigated how camera parameters of interest are interpreted in our proposed model-based representation. This model also