Titlebook: Big Data Analytics; First International Srinath Srinivasa,Vasudha Bhatnagar Conference proceedings 2012 Springer-Verlag Berlin Heidelberg

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Luring Conditions and Their Proof of Necessity through Mathematical Modellingization. Certain conditions(Need, Environment, Masquerading Capability and Unawareness) are necessary for its effective implementation. To the best of our knowledge the necessity of these conditions is not yet proved so far. The proof is essential as it not only facilitates automation of the luring

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GLOSS

Materialized View Selection Using Simulated Annealingigh response time, when processed against a continuously expanding data warehouse leading to delay in decision making. One way to reduce this response time is by using materialized views, which store pre-computed summarized information for answering decision queries. All views cannot be materialized

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Conference proceedings 2012utorial papers in the section perspectives on big data analytics. The regular contributions are organized in topical sections on: data analytics applications; knowledge discovery through information extraction; and data models in analytics.

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Intraoperative MRI and Functional Mappingmechanism but also paves way for proof of the completeness of the conditions. The present paper attempts on this aspect by invoking three approaches namely probability, entropy and proof by contra positive. Also, the concept of cost effectiveness is introduced. Luring is acceptable if its cost works out less than cost of data theft.

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Intraoperative Flow Cytometry in Meningiomas and assignment of relative importance to the produced segments based on the scores of constituent sentences. At the end, a comparative study of results of LTT and ATESC is carried out. It shows that ATESC produces better quality of summaries in most of the cases tested experimentally.

鎮(zhèn)痛劑

Enhanced Query-By-Object Approach for Information Requirement Elicitation in Large Databasesaction. The QBO approach is then enhanced to allow users to query by topics (QBT). We developed a prototype system based on QBT and conducted experimental studies to show effectiveness of the proposed approach.