Enumerating Identical Skyline Prospects

Enumerating Identical Skyline Prospects ABSTRACT We took the problem of enumerating the skyline for uncertain data sets with N elements. We are introducing a method, called skyline, which returns the objects that are not overruled by any other objects in some aspects on a multi-dimensional space. We present probabilistic skyline model where probabilities for uncertain data sets are calculated. If we have ak-dimensional data set, an entityxdominates another entityyif it is better than or equal toyin all aspects and prominent thanyin at least one aspect. We also used k-dominant skyline algorithm in order to retrieve top k-data objects which are dominating the other objects in the skyline. Skyline Queries are also place one of the most prominent role in the skyline computation. While the existing system only focused on dominance tests only, but we need to consider another aspect called Incomparability between Entities, this trait plays major role in enhancing the skyline computation method. In this we will develop a frame work for mul ti criteria decision making system, through this frame work we can analyze Sates involved in enumerating skyline. To inquire incomparability and dominance in between two entities we need to construct tree structured patterns, Z-curves and Z-trees are used in this inquisition. This paper revisits the routine Pivot selection based algorithm in order to optimize the solution space, through this algorithm we can retrieve a minimal data set based on multiple scenarios for a given threshold. CONTENTS TERM PAPER REPORT FORMAT Staple Binding using Transparencies white No. of pages : 35-45 Font: Times new roman Line spacing 1.5† Text size: Chapter name size- 14 small bold Main heading -14 All caps Bold Sub heading- 12 Small bold Text body-12 small alignment: justify margin: Left -1.5† Right-1† Top-1† Bottom-1† table numbering: eg: Table 1.1 table name figure eg: figure 1.1:Description of the figure header : Term Paper name (left) page numbers(right) font size -8 ,italics gray color footer : college name(left) dept name(right) font size -8 ,italics gray color Algorithms or pseudo-code are often presented in papers. Unless your subject matter deals explicitly with a particular language, pseudo-code is advised. Algorithms must be presented is a clear, readable format with lots of comments. If possible, use a typewriter-style font (the â€Å"tt† font in LaTex, for example). Page order: Cover page, Contents, abstract, Type of paper Abstract: Give the overall view of the paper. Three hundred word summary of your paper that appears at the beginning of the paper that includes Scope: That at which one aims which is purposed to be reached or accomplished. Objectives: State main objectives. (What you will investigate? Why?) Describe methods. (What you will do?) Summarize the most important results. (What you will find out?) State major conclusions and significance. (What do the results mean? So what?) Introduction Prerequisites: Describe the Keywords given in the paper. Describe concepts required to comprehend the paper. Some material with diagrams should be enclosed with explanation Literature Survey: Literature survey is the documentation of a comprehensive review of the published and unpublished work from secondary sources data in the area of your paper that describes current research. Give Literature survey on at least 15 references Problem Statement/Description: This section provides specific details about the problem. What is the crux of the research problem? Existing Solution: What are the existing solutions and methodologies available? Detailed explanation should be given with diagrams. What are some alternative approaches to address the research problem? Existing methods, Algorithms and Architectures should be enclosed. Give at least 3 existing solutions. Proposed Approach and Methodology: (with diagrams) Describes the methodology of the solution or the steps to solve the problem. What are the claimed contributions of the paper? How do the authors substantiate their claims? Describe methods, Describe Algorithms, Describe Architectures and Some material with diagrams should be enclosed Conclusions and Future Work Summarize the paper, draw conclusions about the proposed solution, and chart future directions of the research. How can the research results be improved? Can the research results be applied to another context? What are the open problems raised by this work? Describe results of experiments References Budd, T. (1997b), An Introduction to Object-Oriented Programming, 2nd edn, Addison-Wesley. Ghezzi, C., Jayazeri, M. Mandrioli, D. (1998), Fundamentals of Software Engineering, 2nd edn,Prentice-Hall. K. Appel and W. Haken. (1976), Every Planar Map is 4-colorable, Bull. Amer. Math. Soc., vol. 82, pp. 711-712 Appendices Enclose your Research Paper