Title: APPLYING DAML TO FOREIGN CLEARNACE GUIDE FCG 07 May 03
1APPLYING DAML TO FOREIGN CLEARNACE GUIDE (FCG)
07 May 03
- Mark Gorniak
- AFRL DAML Program Manager
- Information Technology Directorate
- Air Force Research Laboratory
- gorniakm_at_rl.af.mil (315) 330-7724
2 AFRL Integrated Flight Management / Advanced
Technology Demonstration (IFM/ATD)
AMC Data Environment
As of Feb 03
Technology Investment Schedule
FY Prior 02 03
04 05
WARP Integration - SEP01
IDiON Integration - MAY02
NOTAM Search and Retrieval
Diplomatic Clearance Automation
Intelligent Information Management
Dynamic Planning and Scheduling
Technology Transition
Continuous through Spiral Development of
Deliverable Capabilities
Benefits to the Warfighter
Description
- Reduce unneeded information presented to flyers,
planners, and flight managers - Highlight constraining events automatically to
operators - Increase overall productivity within the Tanker
Airlift Control Center (TACC) - Allow the operator to run numerous courses of
action quickly and then select the best option - WARP (Worldwide Aeronautical Route Planner)
integration led to 14 fewer flying hours and 7
(202.9M) less fuel in mobility scenario - Defense Science Board (DSB) Fuel Study - May 2000
- Develop intelligent search, retrieval, and
storage of mission planning data to optimize
current, and future C2 capabilities - Improve AMC flight planning system
Technology
- Comprehensive, efficient algorithm for flight
planning - Data search and integration methods with
automated feedback into planning and scheduling
system - Intelligent software agents for mobility asset
planning - Constraint-based planning/scheduling
POC Edward DePalma AFRL/IFSF
3The Big Picture Problem Were Addressing
- Air Mobility Command (AMC) Diplomatic Clearance
Problem - Loss of 80K in Fuel and One Sortie Daily Due to
Dip Clearance Violation - 180K Per Day During Contingencies
- Indirect Effects
- Lost Crew Time
- Delays in Transportation/Supply System
- Disrupted Flight/Cargo Movement Schedules
- and On and On
4 AMC Diplomatic Clearance Solution
- Focus is efficient TACC Diplomatic Clearance
Scheduling by automating - Lead Time Computation
- Foreign Clearance Guide (FCG) Example
- AIRCRAFT LEAD TIME REQUIREMENT
- 1. Landings in the former East Germany (except
for the three airports in Berlin) - Five (5)
working days - 2. Air Exercises and training events in the
airspace over the former East Germany - Five (5)
working days - Brain Book (paper binder with penciled-in
tallies) - - Applications/Annotation
- Approach
- FCG Annotation
- Agent-based Automation
5Current AMC Procedures/Challenges
- Extremely Dynamic Planning Environment
- 300 Missions Per Day, 400-600 Sorties!
- Responsive to Daily Global Changes
- Dip Clearance Process Not Integrated
- Changes to Mission Schedule Not Always Linked to
Diplomatic Clearance Shop/ FCG - Improving Information Flow/Storage
- Stovepiped Data Becoming Integrated
- Headed Toward Complete, Constraint-Based Planning
and Scheduling Environment
6Hazardous Cargo Constraints
7Brain Book Applications/Annotation
Hazardous Cargo Brain Book
8Ontologies Developed to Date
FCG Annotation
- AircraftClearanceRequest-ont
- AircraftType-ont
- AirportCargoException-ont
- Airport-ont
- ClearanceOption-ont
- Contact-ont
- Country-ont
- HazardousCargoException-ont
- Holiday-ont
- Leadtime-ont
- LandingNotification-ont
- Mission-ont
-
- Not yet coded
9Ontology Driven Information Processing
Ontology drives schema design
10 FCG Annotation FCG Content Markup
Process Flow
conforms to
Diplomatic Clearance Solutions for the
Integrated
Flight
Management System BBN DRC
11Lead Time Algorithm
Lead Time Computation
- For each country
- Match the appropriate FCG rule (country,
overflight/landing, mission type, hazardous
cargo, blankets, etc.) to get the lead time
requirements. - Calculate the suspense date based on the mission
date, lead time requirements, working days, and
holidays. - Return the lead time for landing and overflight
12Leadtime values for the mission
13Map displaying areas requiring dip clearances
Red indicating a problem
14Agent-based Automation
Agent Types
Heavy-weight Computation Agents
- Lead Time
- Work Days
- Exception Handling
- Reroute Suggestions
Light-weight Computation Agents
- Create Dip Clearance Request Form
- Validate Dip with Map red/green
- Check Blanket Clearance Availability
- Classify Hazmat Cargo
Search Agents
- Monitor and Generate Alerts
- Fetch Data
15FCG Annotation
Benefits of FCG and Brain Book Content Markup
- Content becomes agent-consumable
- Inference-able on two levels
- Rule-like information that already exists as part
of DAML (i.e. subclass relationships) - Use of RuleML to represent conditional expression
- Automation of certain previously manual tasks
(i.e. Lead time computations) - Reduces human error
- Unambiguous interpretation of information is
same every time
16Lessons Learned
- Human readable text version must be supplemented
with a significantly different (DAML) version of
the FCG for machine readability. - The DAML ontology is bounded by the application
envisioned but re-useable by future applications.
DAML allows ontologies to be extended. - Current ontology mostly limited to key concepts
associated with extracting lead-times from the
FCG - The ontology is used to organize information, in
an associated knowledge base or database, and
promises to enable the ability to extend and draw
inferences on information. - Note DAML Rules Standard not yet defined
Query Language In-Process - Currently, manual mark up required to extract
FCG instances - Ultimately, information providers (Embassies or
State Department) should be equipped with
tools/templates that will allow the DAML version
to be created "easily"