This model is adapted to be applied to polygonal objects.The proposed model is applied to an existing project for supporting literacy in Fayoum governorate in Arab Republic of Egypt (ARE).In order to solve it, the proposed methodology has three main stages: part-based bioimage representation, semantic bioimage representation and biomedical knowledge discovery.
This model is adapted to be applied to polygonal objects.
The mission of KDD is to promote the rapid maturation of the field of knowledge discovery in data and data-mining.
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The module is directed at master students being interested in developing and designing knowledge discovery processes for various types of applications.
This includes the development of new data mining and data preprocessing methods as well as the ability to select the best suited established approach for a given practical challenge.
It can lead the way and skill and deep understanding can follow.
At least, I have used this to drive much of my work.Analyzing the behavior of these objects may produce an interesting knowledge, which has an effective role in the decision-making process.In this thesis, a new definition for the spatial neighborhood relationship by is proposed considering the weights of the most effective parameters of neighboring objects in a given spatial dataset.The spatial parameters taken into our consideration are; distance, cost, and number of direct connections between neighboring objects.A new model to detect spatial outliers is also presented based on the new definition of the spatial neighborhood relationship.In this way, the research proposal is addressing the problem of automatic extraction of knowledge from biomedical image collections.Specifically, the goal is to devise methods to automatically find: visual patterns that compactly explain the visual richness of biomedical images, relationships between visual patterns, and relationships between visual patterns and their meaning in a particular biomedical context. I want to know good ways to do things, even the best way to do things if possible.Even if you don’t have skill or deep understanding, process can get you a long way.In fact, new research areas are emerging in this direction, known as bioimage informatics and computational pathology, which are areas basically attempting to apply different methods of image processing, pattern recognition, machine learning and data mining, in multimodal biomedical databases.However, the proposed tools and methods for image collection analysis have some research challenges coming with deluge of big data in biomedicine such as: visual appearance variability, semantic gap between image content and high-level meaning, structural and interpretable representation of image content, semantic inclusion of multimodal information sources, and scalability support with the increasing volume of databases.