RadarSpaceTime - PowerPoint PPT Presentation

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RadarSpaceTime

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Automation of office-management tasks, such as scheduling, e-mail handling, and ... Twenty-nine faculty members. Twenty-seven graduate students. Twenty-four others ... – PowerPoint PPT presentation

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Title: RadarSpaceTime


1
RADAR
Automated Assistantfor Crisis Management
(Reflective Agent withDistributed Adaptive
Reasoning)
www.radar.cs.cmu.edu
2
Purpose
  • Automation of office-management tasks, such as
    scheduling, e-mail handling, and resource
    allocation

3
Outline
  • Overview of RADAR
  • Resource allocation
  • Future challenges
  • More information
  • See www.radar.cs.cmu.edu
  • Talk with Radar researchers

4
Outline
  • Overview of RADAR
  • Resource allocation
  • Future challenges

5
PAL video
Three-minute videoMilitary-setting motivation
forRADAR (Carnegie Mellon)and CALO (SRI).
6
Project size
  • Largest research project in CMUs
  • School of Computer Science.
  • Five departmentsLanguage Technologies
    (LTI)Computer Science Department (CSD)Institute
    for Software Research International
    (ISRI)Human-Computer Interaction Institute
    (HCII)Center for Automated Learning and
    Discovery (CALD)
  • Eighty peopleTwenty-nine faculty
    membersTwenty-seven graduate studentsTwenty-four
    others
  • Five years (20032008)

7
Project size
  • Largest research project in CMUs
  • School of Computer Science.
  • Advantages
  • Multiple research areas
  • Collaboration opportunities
  • Potential of a major impact
  • Drawbacks
  • Coordination challenges
  • Frequent deliverables

8
Challenges
  • Intelligent performance ofoffice-management tasks
  • Collaboration with ahuman administrator
  • Dialog with users
  • Continuous learning of new knowledge and
    strategies
  • Integration of multiple tasks

9
Research areas
  • Artificial intelligence
  • Machine learning
  • Natural-language processing
  • Human-computer interaction
  • Architecture and integration

10
Main components
Planning and co-ordination of the systems
high-level actions.
11
Main components
Web Master
Helps create and maintain web sites.
12
Main components
Web Master
E-MailOrganizer
Helps filter, sort, and prioritize messages.
13
Main components
Web Master
E-MailOrganizer
Calendar Manager
Helps keep track of appointments and negotiate
meeting times among multiple users.
14
Main components
Web Master
E-MailOrganizer
Calendar Manager
Briefing Assistant
Helps compile reports based on multiple data
sources.
15
Main components
Resource Allocation
16
Outline
  • Overview of RADAR
  • Resource allocation
  • Future challenges

17
Purpose
  • Automated allocation of office
  • resources, in both routine and
  • crisis situations.

18
People
Faculty
Jaime Carbonelljgc_at_cs.cmu.eduResource
allocation(AI and learning)
Eugene Finke.fink_at_cs.cmu.eduResource
allocation(AI and learning)
Bob Frederkingref_at_cs.cmu.eduE-mail
understanding(Natural language)
19
RADAR/Space video
Six-minute video Initial system for
automated assignment of offices.
20
Initial results
  • A prototype system for automated
  • allocation of offices.
  • Effective allocation of office resources
  • Processing of natural-language requests
  • Interface for a human administrator

21
Outline
  • Overview of RADAR
  • Resource allocation
  • Future challenges

22
Motivating task
  • Scheduling of talks at a conference,
  • and related allocation of rooms and
  • equipment, in a crisis situation.

23
Automated reasoning
  • Temporal reasoning
  • Uncertainty tolerance
  • Preference elicitation
  • Collaboration with ahuman administrator

24
Learning
  • Integrated learning of new
  • knowledge and strategies.
  • From experience
  • From observation
  • From instruction

25
Integration
Task manager
High-level planningIntegrated learning
RADAR CalendarManager
RADAR E-MailOrganizer
RADAR WebMaster
RADAR ResourceAllocation
RADAR BriefingAssistant
Users
Integrated RADAR
26
Integration
Knowledgebase andinferences
High-level planningIntegrated learning
RADAR ResourceAllocation
Users
Integrated RADAR
27
Tasks and skills
  • Development of AI, learning, and natural-language
    algorithms
  • Solving open-ended problems
  • Implementation and integration

28
More information
AI and learning
Jaime Carbonellwww.cs.cmu.edu/jgcjgc_at_cs.cmu.edu
Newell Simon Hall 4519
www.radar.cs.cmu.edu
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