Sharing Data Among Disparate Systems: An RDF Aware Application - PowerPoint PPT Presentation

1 / 24
About This Presentation
Title:

Sharing Data Among Disparate Systems: An RDF Aware Application

Description:

Is there a correlation between discipline rate and: home ownership. percentage of female only households (with no husband present) Results. Results. Conclusion ... – PowerPoint PPT presentation

Number of Views:91
Avg rating:3.0/5.0
Slides: 25
Provided by: Joh26
Category:

less

Transcript and Presenter's Notes

Title: Sharing Data Among Disparate Systems: An RDF Aware Application


1
Sharing Data Among Disparate Systems An RDF
Aware Application
  • John M Lauck
  • Primary Advisor Eric Luczaj
  • Secondary Advisor Scott Sportsman

2
Disparate Systems and Data
  • Store data in different formats
  • Closed systems
  • Not connected by design or plan
  • Dont communicate together

3
Data Sharing
  • Provide more information
  • Aid decision making
  • Discover new information

4
Examples
  • Law Enforcement
  • National Security
  • Corporation Data Mergers
  • Medical Records and Store Purchases
  • Salary and Grades

5
Overview
  • Problem Statement
  • My Solution
  • Sample Results
  • Conclusion
  • Questions

6
Problem Statement
  • How can we connect disparate systems so that we
    can make better decisions?

7
Solution Metadata
  • Data that describes other data
  • Gives context and meaning to data
  • Creates relationships between data

8
Example Book
  • Metadata
  • Title, Author, Category, Publish Date, Call
    Number, ISBN, Publisher, Table of Contents,
    Summary
  • Data
  • A Brave New World, Aldous Huxley, Fiction,
    "1932," "301.152 H986b," "0060535261,"Harper
    Collins Publishers

9
New Metadata Initiatives RDF
  • Resource Description Framework (RDF)
  • General-purpose language for representing
    information on the Web
  • Standard for metadata
  • Allows for metadata transportability
  • Provides controlled vocabularies
  • Uses schemas to structure metadata

10
RDF Schema Class Example
  • ltrdfsClass rdfID"Book"gt
  • ltrdfslabelgtA Book objectlt/rdfslabelgt
  • ltrdfscommentgtlt/rdfscommentgt
  • ltrdfssubClassOf rdfresource"Literature"/gt
  • lt/rdfsClassgt

11
RDF Schema Property Example
  • ltrdfProperty rdfID"bookTitle"gt
  • ltrdfslabelgtis entitledlt/rdfslabelgt
  • ltrdfscommentgtlt/rdfscommentgt
  • ltrdfsdomain rdfresource"Book"/gt
  • lt/rdfPropertygt

12
Application Overview
  • External Overview
  • Technologies Used
  • Internal Application

13

14
Technologies Used
  • RDF - metadata standard
  • XML - transportability of data
  • Java - platform independence
  • Jena - Java interaction with RDF

15
(No Transcript)
16
Sample Results
  • Chose two disparate data sources
  • Explain differences in data
  • Merge together to find new information

17
Data Sources
  • Databases that are not linked
  • US Census Data for Ohio
  • Lists populations per county by race, gender,
    age, home environment, etc.
  • Ohio School District Data
  • Specifically lists discipline rates of each
    school district.

18
(No Transcript)
19
School District Discipline Rates
20
New Questions
  • Is there a correlation between discipline rate
    and
  • home ownership
  • percentage of female only households (with no
    husband present)

21
Results
22
Results
23
Conclusion
  • Disparate data problems can be solved
  • Application supports virtually all data
  • Using my application will
  • allow systems to share data
  • illustrate relationships among data
  • derive new information

24
Thanks To
  • Dr Eric Luczaj
  • Dr Scott Sportsman
  • Katie Otten
  • Any questions?
Write a Comment
User Comments (0)
About PowerShow.com