Titlebook: Computer Analysis of Images and Patterns; 15th International C Richard Wilson,Edwin Hancock,William Smith Conference proceedings 2013 Sprin

GREG

Depth Super-Resolution by Enhanced Shift and Add,tice, without requiring a very high number of observed low resolution frames, we improve the initial estimation of the high resolution frame. To that end, we propose a new data model that leads to a median estimation from densely upsampled low resolution frames. We show that this new formulation sol

Pessary

Using Region-Based Saliency for 3D Interest Points Detection,tion of the interest points for 3D surfaces. We first use a smoothing process, then estimate the saliency employing a region-based detection method and select the interest points in terms of the entropy in due voxel. The evaluation is carried out by studying the repeatability of the detected interes

Calculus

Accurate 3D Multi-marker Tracking in X-ray Cardiac Sequences Using a Two-Stage Graph Modeling Approlar parts, biplanar X-ray recordings of implanted radio-opaque markers are acquired. As manually locating these markers in the images is a very time-consuming task, our goal is to automate this process. Taking into account the difficulties in the recorded data such as missing detections or 2D occlus

動(dòng)脈

是比賽

Isometrically Invariant Description of Deformable Objects Based on the Fractional Heat Equation, The reason for this surge in interest is that the Laplace-Beltrami operator, associated with the heat equation, is highly dependent on the topology of the underlying manifold, which may lead to the creation of highly accurate descriptors. In this paper, we propose a generalisation based on the frac

幻想

蔓藤圖飾

candle

FUSC

https://doi.org/10.1007/BFb0080541vity for each surface pixel. The proposed sensor is robust to changes of the fibre material and capable to deliver fast and accurate information about fibre direction without requiring time consuming texture analysis. We show that the root mean squared measurement error is around 0.4° for dry carbon fibre and 1.2° for pre-preg materials.

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