Analysis Experiences Using Information Visualization Beth Hetzler Alan Turner.

Slides:



Advertisements
Similar presentations
Data Mining and the Web Susan Dumais Microsoft Research KDD97 Panel - Aug 17, 1997.
Advertisements

Objectives Identify the differences between Analytical Decision Making and Intuitive Decision Making Demonstrate basic design and delivery requirements.
Classification & Your Intranet: From Chaos to Control Susan Stearns Inmagic, Inc. E-Libraries E204 May, 2003.
Health & Safety Induction Health & Safety e-learning: Health & Safety Induction Course.
2003 Mateusz Żochowski, Marcin Borzymek Software Life Cycle Analysis.
Introduction to Databases
Interfaces for Staying in the Flow Benjamin B. Bederson Computer Science Department Human-Computer Interaction Lab University of Maryland
CCMDB 7.2.
ERP Implementation Strategies
R EALLY [ ] S TRATEGIES It’s all about the content XML That Pays Off for Your Content Database “It’s all about the content.” Lisa Bos
The Experience Factory May 2004 Leonardo Vaccaro.
1 Independent Verification and Validation Current Status, Challenges, and Research Opportunities Dan McCaugherty IV&V Program Manager Titan Systems Corporation.
Web- and Multimedia-based Information Systems. Assessment Presentation Programming Assignment.
DSS: Decision Support Systems and AI: Artificial Intelligence
The Architecture Design Process
File Systems and Databases
Business Intelligence Michael Gross Tina Larsell Chad Anderson.
Assessment of Systems Effort Factors Functionality Impact Factors Functionality Interface Usability What it does Collection Value to task Effectiveness.
Notion of a Project Notes from OOSE Slides - modified.
User interface design Designing effective interfaces for software systems Objectives To suggest some general design principles for user interface design.
SDLC. Information Systems Development Terms SDLC - the development method used by most organizations today for large, complex systems Systems Analysts.
Static Code Analysis and Governance Effectively Using Source Code Scanners.
Unit 1 – Improving Productivity. 1.1Why did you use a computer? What other systems / resources could you have used? For unit 10,I had to make a power.
Page 1 ISMT E-120 Introduction to Microsoft Access & Relational Databases The Influence of Software and Hardware Technologies on Business Productivity.
IT – DBMS Concepts Relational Database Theory.
Chapter 11 Databases. 11 Chapter 11: Databases2 Chapter Contents  Section A: File and Database Concepts  Section B: Data Management Tools  Section.
Week 1 Lecture MSCD 600 Database Architecture Samuel ConnSamuel Conn, Asst. Professor Suggestions for using the Lecture Slides.
FP OntoGrid: Paving the way for Knowledgeable Grid Services and Systems WP8: Use case 1: Quality Analysis for Satellite Missions.
Chapter 8: Systems analysis and design
Dynamic Queries –presented by Bhaskar Chatterjee Visual Alternative to SQL for Querying databases Depending on data types and the values decides the input.
Business Analysis and Essential Competencies
A Survey of Patent Search Engine Software Jennifer Lewis April 24, 2007 CSE 8337.
111 Notion of a Project Notes from OOSE Slides – a different textbook used in the past Read/review carefully and understand.
Object-Oriented Software Engineering Practical Software Development using UML and Java Chapter 1: Software and Software Engineering.
Information Retrieval Evaluation and the Retrieval Process.
Chapter 6: NavigationCopyright © 2004 by Prentice Hall 6. Navigation Design Site-level navigation: making it easy for the user to get around the site Page-level.
Transparency in Searching and Choosing Peer Reviewers Doris DEKLEVA SMREKAR, M.Sc.Arch. Central Technological Library at the University of Ljubljana, Trg.
Object-Oriented Software Engineering Practical Software Development using UML and Java Chapter 1: Software and Software Engineering.
INTRO TO USABILITY Lecture 12. What is Usability?  Usability addresses the relationship between tools and their users. In order for a tool to be effective,
Software Architecture
Recuperação de Informação B Cap. 10: User Interfaces and Visualization , , 10.9 November 29, 1999.
Unit 1 – Improving Productivity Matthew Hazzard. 1.1Why did you use a computer? What other systems / resources could you have used? I used a computer.
Building Simulation Model In this lecture, we are interested in whether a simulation model is accurate representation of the real system. We are interested.
Grade Book Database Presentation Jeanne Winstead CINS 137.
Supporting Literacy for Students with Developmental Disabilities Adapting Books.
Intelligent Database Systems Lab N.Y.U.S.T. I. M. Externally growing self-organizing maps and its application to database visualization and exploration.
Spreadsheet Engineering Builders use blueprints or plans – Without plans structures will fail to be effective Advanced planning in any sort of design can.
Advanced Semantics and Search Beyond Tag Clouds and Taxonomies Tom Reamy Chief Knowledge Architect KAPS Group Knowledge Architecture Professional Services.
Theories of Agile, Fails of Security Daniel Liber CyberArk.
M Machine Learning F# and Accord.net.
Lesson 13 Databases Unit 2—Using the Computer. Computer Concepts BASICS - 22 Objectives Define the purpose and function of database software. Identify.
Yonglei Tao School of Computing & Info Systems GVSU Ch 7 Design Guidelines.
Prototyping life cycle Important steps 1. Does prototyping suit the system 2. Abbreviated representation of requirements 3. Abbreviated design specification.
Operational and Postimplementation
A System for Automatic Personalized Tracking of Scientific Literature on the Web Tzachi Perlstein Yael Nir.
Proposal for a Global Network for Beam Instrumentation [BIGNET] BI Group Meeting – 08/06/2012 J-J Gras CERN-BE-BI.
Observing the Current System Benefits Can see how the system actually works in practice Can ask people to explain what they are doing – to gain a clear.
September 2003, 7 th EDG Conference, Heidelberg – Roberta Faggian, CERN/IT CERN – European Organization for Nuclear Research The GRACE Project GRid enabled.
 System Requirement Specification and System Planning.
The Information Systems Development Processes Chapter 9.
Web Routing Designing an Interface
Project Workflow.
DSS: Decision Support Systems and AI: Artificial Intelligence
The value of a project-oriented approach to IT and how we do it in IBM
Operational and Postimplementation
Pilot project training
File Systems and Databases
Business Intelligence
Automating Profitable Growth™
Presentation transcript:

Analysis Experiences Using Information Visualization Beth Hetzler Alan Turner

Realizing Value from Visual Analysis Tools Sound algorithms (representation, clustering, projection, etc.) Visualization conveys useful information Interaction natural and easy to learn User able to profit from visualization (*) Concepts fit user model(s) and process (*) System works acceptably in user environment (*)

Analysts’ Environment Lots of information, variety of sources Constantly more new information Time pressure Difficult to tell what is pertinent without reading or skimming May be learning new subject area May not be expert in computer science

Analytic Environment (cont.) Maintain expertise in particular areas broad issues over time changing vocabulary, evolving themes “Tyranny of the inbox” Ad hoc questions on short fuse little time to hone queries Need to provide and support judgement Risks of satisficing

Analysts’ Dilemma 419 Query 2 24 on-topic 8 cut and paste 2000 in Database 3 key 725 Query 1 6 High Profit 3 High Profit 28 read Participant 5: 96 minutes Experience: 17 years Query 1: ESA | (european & space & agency) Query 2: (ESA | (european & space & agency)) > ( ) Infodate Key documents Key documents that are high profit High profit documents Legend ©1999 Patterson With permission of Emily Pattersonn

S2: 73 minutes esa & ariane* (esa & ariane*) & failure S3: 24 minutes europe 1996 (europe 1996) & (launch failure) (europe 1996) & ((launch failure):%2) S4: 68 minutes (european space agency):%3 & ariane & failure & (launcher |rocket)) S6: 32 minutes 1996 & Ariane (1996 & Ariane) & (destr* | explo*) (1996 & Ariane) & (destr* | explo*) & (fail*) S7: 73 minutes software & guidance S8: 27 minutes esa & ariane ariane & 5 (ariane & 5):%2 ((ariane & 5):%2) & (launch & failure) S9: 44 minutes 1996 & European Space Agency & satellite 1996 & European Space Agency & lost 1996 & European Space Agency & lost & rocket S5: 96 minutes ESA | (european & space & agency) (ESA | (european & space & agency)) > ( ) Infodate Key documents Key documents that are high profit High profit documents ©1999 Patterson With permission of Emily Patterson

What Could It Mean to “Address Information Overload?” Reduce time spent crafting queries Reduce risk of eliminating important information Increase chance of recognizing important information Ability to handle more documents Improve ability to structure information perusal Reduce amount of reading Faster time to get through same information

IN-SPIRE Basic Tools ThemeView Galaxy Document Viewer Time Slicer Also: Query tool, Group tool,...

Pilot Environment Analysts in normal work environment IN-SPIRE running on regular workstation Analysts use as time allows, on questions pertinent to their work Normal data, but alternate query tool Assess question most pertinent to analysts: does it help me with my data and my issues?

Example User Value: Less Time on Query Syntax; Lower Risk of Information Loss Cricket-related Data collection: news stories matching simple Boolean on Pakistan Green dots: Documents that would be excluded by “not (cricket or wicket or champion*)”

Examples of User Value Better structuring of daily reading material Easier to identify non-relevant material Useful information from speculative large queries Thinking about the issue and information in new ways

Examples of Issues Novice vs. expert usage and benefits Galaxy too static Clusters not relevant for some users Data glitches Pragmatics: print, save,...

Adapting to User Process: New Analytic Feature Common user processes Linear path through information Convergent/divergent phases Static visualization does not support well

Supporting Linear Path: Progressively Move Data Aside

Support Convergent/Divergent Process Select or query to choose documents of interest Move rest down Interest documents recluster and reproject to show new themes Move full set back up and repeat

Adapting to User Process: Interface to Legacy System Conserve existing user query Add additional broader one Combine and show relationship Smooth interface to current tools critical

Potential Tension: “Correct” vs. “Useful” Representations

Themes of interest may not be dominant not dominant within data collection not dominant within documents Users need way to “steer” to more interesting themes and relationships Minimal demands on user input Clear that steering in effect

Support Analytic Flow Research or monitoring find important information quicker process Analysis convergent/divergent thinking identify new hypotheses Drafting/editing reports summarize results capture citation, annotate, print

Bucket of Data Mismatch Many tools work on fixed collection Users’ data is much more fluid query results this morning more documents this afternoon new query term added Users can’t afford to redo work

Data: the Good, the Bad, and the Ugly Ideal is not real world Tags in “wrong” place Meta data within text Missing field labels “Is it useful on my data?”

Conclusions Information visualization can provide useful benefits for analysts Need features to match user process Need careful bridge to other user tools Address challenges, even if not central to tool