Titlebook: Learning from Data Streams; Processing Technique Jo?o Gama,Mohamed Medhat Gaber Book 2007 Springer-Verlag Berlin Heidelberg 2007 LEGO Minds

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Tensor Analysis on Multi-aspect Streamsture, humidity, etc.) as well as location. Aside from time stamp, type and location are the two additional aspects. How to model such streams? How to simultaneously find patterns within and across the multiple aspects? How to do it incrementally in a streaming fashion? In this paper, all these probl

echnic

Knowledge Discovery from Sensor Data for Security Applicationst recognition is through online knowledge discovery based on dynamic, heterogeneous data available from strategically placed wide-area sensor networks. The knowledge discovery process needs to coordinate adaptive predictive analysis with real-time analysis and decision support systems. The ability t

自作多情

Knowledge Discovery from Sensor Data For Scientific Applicationsl environments. The ability to generate insights or new knowledge from sensor data is critical for many high-priority scientific applications especially weather, climate, and associated natural hazards. One example is sensor-based early warning systems for geophysical extremes such as tsunamis or ex

cancer

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ion takes place when the temperature is lowered, and a reverse transformation occurs when they are subsequently heated [1–6]. Upon heating, steels normally do not show a well defined shape memory effect while NiTi does. One of the major differences between these two materials is the deformation mech

Cleave

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Hiatus

河潭

Jo?o Gama,Rasmus Ulslev Pedersenblem available in the literature [1–3] are based on a number of simplifying assumptions which allow the distribution of local fields of displacements, strains, stresses in a composite to be described in terms of a small number of parameters (degrees of freedom). For example, for the construction of

Incommensurate

Jimeng Sun,Spiros Papadimitriou,Philip S. Yus. It deals with the aim, to get a better scientific insight into the effects of microstructure on the properties of multiphase materials and to use the results technologically for designing purposes. In this context porous materials are considered to be the limiting case of multiphase materials, wh