Titlebook: Bildverarbeitung für die Medizin 2007; Algorithmen - System Alexander Horsch,Thomas M. Deserno,Thomas Tolxdorf Conference proceedings 2007

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Subcellular Localisation of Proteins in Living Cells Using a Genetic Algorithm and an Incremental Ne is optimised by a genetic algorithm. The actual classification of possible protein localisations is accomplished by an incremental neural network which not only achieves a very high accuracy, but enables on-line learning, as well.

臭名昭著

A New Approach to Ultrasound Guided Radio-Frequency Needle Placement software system assisting the surgeon to position a radio-frequency (RF) tumor ablation needle using augmented ultrasound, thus simplifying the treatment by (1) dividing it into two simple consecutive tasks, lesion finding and needle placement, and (2) relating the needle to the US plane at any time.

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Shape Analysis for Ultrasound Breast Lesion Evaluationl help in the computer-aided evaluation of the tumors and the distinction of benign and malignant nodules. The results extracted for the different features are coherent with the assessment of the specialists and represent a great help for the examination of the images and the decision making process.

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欢腾

Ermittlung von räumlichen Proteinexpressionsmustern mittels Bildverarbeitungifizierten Epithelien. Das Verfahren basiert auf der Bildanalyse von immunhistologisch gefärbten Gewebeschnitten. Exemplarisch wird die Anwendbarkeit dieses Verfahrens anhand der Expression von fünf Strukturproteinen demonstriert.

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Subcellular Localisation of Proteins in Living Cells Using a Genetic Algorithm and an Incremental Ne such a protein localisation based on microscope images. In order to reach this goal, appropriate features are selected. Then, the initial feature set is optimised by a genetic algorithm. The actual classification of possible protein localisations is accomplished by an incremental neural network whi

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Non-rigid Temporal Alignment of 2D and 3D Multi-channel Microscopy Image Sequences of Human Cellsto decouple the movement and deformation of cells from the movement of proteins. We have developed an intensity-based approach for the registration of 2D and 3D multi-channel microscopy image sequences. This approach can be directly applied to the intensity images or to the segmented images. Also, w

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Interactive Guidance System for C-Arm Repositioning Without Radiation additional radiation exposure. This paper shows a guidance system based on the previously introduced camera augmented mobile C-arm (CAMC). Techniques of visual servoing are applied in order to present the repositioning task in the parameter space of the C-arm. Here we describe a representation for

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