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How Semantic Technology Can Improve the NextGen Air Transportation System
Information Sharing Environment
4th Annual Spatial Ontology Community of Practice Workshop: Geo-Spatial Ontologies and Semantics - Current and Future Practices
U. S. Geological Survey (USGS) National Center
Reston, VA
Friday, December 2, 2011
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Inter-Agency Information Sharing Challenges
State/Local Government
Commercial Entities
International Partners
Weather Community
Integrated SurveillanceCommunity
UASCommunity
Flight and Flow
Community
SafetyCommunity
Airport OperationsCommunity
Airline OperationsCommunity
OtherCommunities
Standards
Services
Data
WeatherFlight Track
SAR Time
Other Services
AXIMWXXMFIXM
KMLGML
WCSWFSWMS
ebXMLUDDI
Other Standards
Classification
Live
Geospatial Coverage
Recorded
Temporal Coverage Simulated
publishconform
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NCOD Approach to Inter- Agency Information Sharing
• Utilization of a process for shared understanding development that is based upon interagency participation and definition of information elements in domains.
• Adoption of a technology capabilities stack that validates and illustrates how technologies like Service Oriented Architecture (SOA) and Semantic Web technologies can enable the information sharing vision of NextGen.
• Creation of an interagency infrastructure that federates the NextGen member agency and industry’s existing Research and Development (R&D) environments to validate the interoperability of information exchanges and the technology stack in a near-realistic environment.
4
• Key Deliverables– COI Ontology– Business Context (DoDAF Artifacts)– Other Artifacts
• Completed Engagements– Weather– Integrated Surveillance– Unmanned Aircraft System
• Consistent with DoD Net-Centric Data Strategy
Process for Inter-Agency Shared Understanding
Service Description
(WSDL)
Message Schema (XSD)
Transformation Rules (XSLT)
Business Process Analysis (OV-2)
Systems Communications
Description(SV-2)
Operational Activity Model
(OV-5b)
Requirements Document
(SV-4)
Architectural Impact Report
Business Rules Service
Constraints
Information Exchange
Description(OV-3)
COI Ontology (RDF/OWL)
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Example Deliverables
Deliverable Cover Sheet
Integrated SurveillanceInformation Exchange
Project
Information Exchange Evaluation Matrix
Business Process Model
In fo rm a tio n
P ro v id e rs
A N S P
N a tio n a l
D e fe n s e
O rg a n iz a tio n
A irc ra ft S u s p ic io u s F lig h t
G ro u n d
S u rv e illa n c e , W e a th e r, a n d F ix e d -O b je c t In fo rm a tio n
IS E -S A R S h a re d S p a c e
A N S P (S e c u rity O p e ra tio n s )
D H S /T S A , C B P , A M O C
O th e r In fo rm a tio n S o u rc e s (D O D A s s e ts , In te l R e p o rt, IE In v e s tig a tio n R e p o rt)
D o m e s tic E v e n t N e tw o rk (D E N )
N a v C a n a d a
A N S P (T e rm in a l C o n tro l)
A N S P (A re a C o n tro l)
F lig h t P la n
D O D /N O R A D
A irp o rt O p e ra tio n s
N o b le E a g le C o n fe re n c e
A N S P (A irp o rt T o w e r C o n tro l)
A N S P (A irs p a c e M a n a g e m e n t)
F lig h t O p e ra to r
D e te rm in e P ilo t's In te n t b y
C o rre la tin g M u ltip le In fo S o u rc e s
A N S P (S e c u rity ) R e c e iv e s
S A R A le rt a n d F lig h t P la n
A 3 .3 .2 .1 F o llo w F lig h t
P la n
IS E -S A R s (e .g .,
T re s p a s s in g In c id e n t a t a
N u c le a r P o w e r P la n t in
R ic h la n d W A
A irc ra ft G iv e n S p e e d ,
L a s t S e e n P o s itio n s
a n d H e a d in g , o th e r
F a c to rs
Id e n tify P o te n tia l Im p a c t
A re a s , e .g ., P o p u la tio n
C e n te rs a n d C I/K RE s tim a te P o s s ib le R a n g e o f
F lig h t
IE In v e s tig a tio n R e p o rt
( e .g ., A u to A c c id e n t
In v o lv in g th e O rig in a l C o p ilo t)
R e p o rt S u s p ic io u s
A c tiv ity
A d v is e N O R A D o f
F lig h t's N O R D O S ta tu s
E v a lu a te th e R is k to th e
F lig h t a n d D e te rm in e
R e s p o n s e
D H S /C B P R e c e iv e s
F lig h t P la n a n d
T ra je c to ry W a rn in g fro m
N a v C a n a d a
T h e D ig ita l D E N is
C o n v e n e d & S A R /F lig h t
P la n a v a ila b le to a ll D E N
m e m b e rs
C o n d u c t A T M a c tiv itie s
in th e a re a to e n s u re
s a fe ty o f o th e r a irc ra rfts
C o n ta c t o th e r P ilo ts to
R e p o rt S ig h tin g s o f F lig h t
S e n d F lig h t P la n to
F A A a n d D H S
B a s e d o n
U S /C a n a d a
A g re e m e n t
G e n e ra te M a n u a l T ra c k s
to T ra c e P o te n tia l
P o s itio n s o f F lig h t
C o n ta c t P ilo t, b u t N o
R e s p o n s e
P ro v id e In p u t fo r
D e c is io n o n E s c a la tin g
D E N to N o b le E a g le
C o n fe re n c e
(p o s s ib le u n k n o w n
c a rg o o n th e flig h t)
IS E -S A R
D e te rm in e R e s p o n s e
D e te c t F lig h t P la n
D e v ia tio n a n d
A u to m a tic a lly S e n d A le rt
R e c o rd e d
V o ic e s &
A g g re g a te d
F lig h t In fo rm a tio n
N O R A D R e c e iv e s
S A R A le rt a n d F lig h t
P la n
P o p u la tio n C e n te rs ,
C I/K R w ith in R a n g e o f
F lig h t
F lig h t P la n
T S A R e c e iv e s a S A R
A le rt a n d N o tifie s
N O R A D a n d A N S P
S e c u rity
D e c is io n o n
E s c a la tin g
D E N to N o b le
E a g le
C o n fe re n c e
A M O C S e a rc h e s IC /L E
D a ta b a s e s a n d D e c id e s It
is a S u s p ic io u s F lig h t
A 1 .5 .2 .3
T ra n s p o rt
B a g g a g e a n d
C a rg o fo r
D e p a rtu re
C o rre la te M a n u a l T ra c k
w ith H u m a n O b s e rv a tio n
o r S e n s o r T ra c k
D H S /C B P F la g s th is
U n k n o w n T ra c k a s
S u s p ic io u s F lig h t
A irc ra ft T y p e , F u e l
L o a d , o th e r fa c to rs
P o p u la tio n
C e n te rs a n d
C I/K R w ith in th e
R a n g e
F A A R e c e iv e s
F lig h t P la n a n d
T ra je c to ry
W a rn in g fro m
N a v C a n a d a
P ro v id e
In fo rm a tio n fo r
G e n e ra tin g
M a n u a l T ra c k s
o f F lig h t
R e c e iv e
S u s p ic io u s
R e p o rt b y
C o m p a n y
S e c u rity
P ro v id e
S u rv e illa n c e
In fo rm a tio n
D E N is
E s c a la te d to
N o b le E a g le
C o n fe re n c e
N e x tG e n R e g is te rs
a n U n k n o w n T ra c k
w ith in A D IZ
In te l R e p o rts
(e .g ., A n ti-
N u c le a r A c tiv e
G ro u p )
F lig h t P la n
A 4 .5 .2 .1 .2
C o n tro l
D e p a rtu re /
A rriv a l Q u e u e
C o n ta c t
S u s p ic io u s
F lig h t
L a u n c h N O R A D
A ir In te rc e p t
A s s e ts
S e n d a S A R
A le rt to T S A
P ro v id e IS E -
S A R In fo rm a tio n
P ro v id e IE
In v e s tig a tio n
R e p o rt
P ro v id e F lig h t
P la n In fo rm a tio n
P ro v id e F lig h t
P la n In fo rm a tio n
P ro v id e IS E -
S A R In fo rm a tio n
A 4 .5 .3 M o n ito r
O p e ra tio n a l
E n v iro n m e n t
P ro v id e F lig h t
P la n In fo rm a tio n
P ro v id e F lig h t
P la n In fo rm a tio n
P ro c e s s IS E -
S A R in IS E
S h a re d S p a c e
D e c is io n o n
E s ta b lis h in g
D E N
P ro c e s s F lig h t
P la n s
A 2 .3 C re a te
P ro p o s e d F lig h t
P la n
P ro v id e
In te llig e n c e
In fo rm a tio n
P ro v id e C I/K R
In fo rm a tio n
IS E -S A R
In fo rm a tio n
P o s s ib le
R a n g e o f
F lig h t
A W N
(S u s p ic io u s
F lig h t)
A W N
(T h re a t)
A W N
(T h re a t)
A W N
(S u s p ic io u
s F lig h t)
A W N
(S u s p ic io u
s F lig h t)
F lig h t P la n
F lig h t P la n
D ire c tiv e
to
E s ta b lis h
D E N
T B D
F lig h t's
N O R D O
s ta tu s
C o n tin u o u s ly S h o w O p e ra tio n a l A n o m a lie s
D is c o n tin u e C o m m u n ic a tio n s
(e .g ., N o C o o p e ra tiv e S u rv e illa n c e , N o R a d io )
S ta rt o f G u lf o f M e x ic o S c e n a rio
S ta rt o f O ff-N o m in a l G A F lig h t S c e n a rio
S ta rt o f N o rth e rn
B o rd e r S c e n a rio
A irc ra ft S h o w s O p e ra tio n a l A n o m a lie s
e .g ., F lig h t P la n D e v ia tio n ,
S to p T ra n s m ittin g A D S -B
E n d o f S c e n a rio
R e c e iv e F lig h t N O R A D S ta tu s
O b s e rv e a S u s p ic io u s
A c tiv ity
S ta rt o f th e L o s t C a rg o S c e n a rio In te g ra te d S u rv e illa n c e
(B u s in e s s P ro c e s s )
S y s te m A rc h ite c t
T u e s d a y, J u n e 2 1 , 2 0 11
9 :0 1 A M
E n -R o u te to D e s tin a tio n
In te g ra te d Su rv e illa n c eV1 .0
J u n e 2 1 , 2 0 11
N o C o m m u n ic a tio n fro m A irc ra fte .g ., C o o p e ra tiv e S u rv e illa n c e , R a d io
To-Be OV-1
To-Be SV-1(Layered)
To-Be OV-2
N a tio n a l D e fe n s e O rg a n iz a tio n
In fo rm a tio n P ro v id e rs
A ir N a v ig a tio n S e rv ic e P ro v id e rA N S P
G ro u n d
A irc ra ft
N o b le E a g le C o n fe re n c e
S ta te /L o c a l L EO rg a n iz a tio n s
S u s p ic io u s A c tiv ityR e p o rt (S A R )
IS E -S A R
D o m e s tic E v e n tN e tw o rk (D E N )
N a tio n a l A s s e tD a ta b a s e (N A D B )
D H SIn te llig e n c e
C o m m u n ity (IC )In fo rm a tio n
S h a rin g
N a v C a n a d a
F lig h t P la n a n dS u rv e illa n c e D a ta
F A A
L a w E n fo rc e m e n t(L E ) In fo rm a tio n
S h a rin g
A N S P (S e c u rityO p e ra tio n )
A N S P (A re aC o n tro l)
D O D /N O R A DD H S(T S A , C B P ,
A M O C )
J o in t T e rro ris mT a s k F o rc e
(J T T F )
W e a th e r
A irp o rtO p e ra tio n
F lig h tP la n n e r
In te g ra te d S u rv e illa n c e (O V -0 2 O p . N o d e C o n n e c tiv ity )
S y s te m A rc h ite c tT u e s d a y, J u n e 2 1 , 2 0 11
1 2 :0 2 P M
To-Be OV-5
A 6 .2 .2
A s s e s s S e c u rity R is k0
A 6 .2 .1
P e rfo rm S e c u rity R ia kM a n a g e m e n t P la n n in g
A 6 .2 .3
D e te rm in e S e c u rity R is kM itig a tio n A c tio n s
0
A 6 .2 M a n a g eS e c u rity R is k (O V -0 5
A c tiv ity M o d e l)S y s te m A rc h ite c t
T h u rs d a y, A p ril 1 4 ,
M a n y o f th e s e IC O M S a n d th e u n d e rly in g a c tiv itie sa re in a s s e s s m e n t - o v e rla p b e tw e e n ta c tic a lp la n n in g a n d a s s e s s m e n t a c tiv itie s w h ic h d iffe ra c c o rd in g to a g e n c y a n d tim e fra m e s . N e e d tod e fin e s tra te g ic , ta c tic a l, a n d d y n a m ic tim e fra m e sp re c is e ly.
N o te s
R u le s
E n v iro n m e n ta l In fo rm a tio n
R is k P ro file P o lic y
R is k L e v e lF lig h t O b je c t
T h re a t In fo rm a tio n
R is k F a c to rsR is k P ro file s
R e s o u rc e A llo c a tio n s
A s s e ts
T a c tic a l P la n s
S tra te g ic P la n s
R e s o u rc e s
P rio ritie s
T a c tic a l R e q u ire m e n ts
S tra te g ic R e q u ire m e n ts
A ir N a v ig a tio n E m e rg e n c y A le rt
A ir N a v ig a tio n A le rt
O p e ra tio n a l F lig h t P la n
F lig h t M a n a g e m e n t A c tio n
L a w E n fo rc e m e n t A c tio n
D e fe n s e A c tio n
C I/K R In fo rm a tio n
L a w E n fo rc e m e n t In fo rm a tio n
N o b e l E a g le C o n fe re n c e
N o b e l E a g le C o n fe re n c e
D E N A c tiv ity
In te llig e n c e R e p o rt
O p e ra tio n a l A n o m a lie s
T h re a t C o n d itio n s In fo rm a tio n
S u s p ic io u s A c tiv ity R e p o rt S e c u rity N o tific a tio n
S e c u rity W a rn in g
S e c u rity A le rts
V a lid a te d R is k s
R is k C h a ra c te riz a tio n
R is k S itu a tio n a l In fo rm a tio n
R is k A s s e s s m e n tS u rv e illa n c e In fo rm a tio nTo-Be OV-5a
A 2 .5 F o llo w A irc ra ftF lig h t
A 1 .4 .5 N e g o tia teA irlin e /C o n c e s s io n
L e a s e s
A 1 .1 .5 C o n d u c tE n v iro n m e n ta l R e v ie w s
A 1 .5 .5 .5 P ro v id eS u rfa c e V e h ic le O w n -
S h ip P o s itio nIn fo rm a tio n
A 3 .4 .2 R e s p o n d toC o n flic t
A 3 .4 .1 M o n ito r F lig h tP la n C o n fo rm a n c e a n d
C o n flic t
A 3 .4 P ro v id e A irb o rn eF lig h t M o n ito rin g
A 7 .3 .5 C o n d u c tE n v iro n m e n t C o n tro l
A 7 .3 .4 C o n d u c t C o reE n te rp ris e S e rv ic e s
M a n a g e m e n t
A 7 .3 .3 C o n d u c tN e tw o rk M a n a g e m e n t
A 7 .3 .2 E v a lu a teR e lia b ility a n dP e rfo rm a n c e
A 7 .3 .1 D e fin e S e rv ic eL e v e l A g re e m e n ts
A 7 .2 .2 .3 P ro v id eK n o w le d g e M a n a g e m e n t
A 7 .2 .2 .2 P ro v id eE n te rp ris e S e rv ic e
M a n a g e m e n t
A 7 .2 .2 .1 P ro v id e IA /S e c u rity
A 7 .2 .4 P ro v id eC o m m u n ic a tio n s
In fra s tru c tu re
A 7 .2 .3 P ro v id eC o m p u tin g S e rv ic e s
A 7 .2 .2 P ro v id e C o reS e rv ic e s
A 7 .2 .1 P ro v id eM is s io n /B u s in e s s
S e rv ic e s
A 7 .1 .4 C re a teG o v e rn a n c e
A 7 .1 .3 D e v e lo pP e rfo rm a n c e /In te g ra tio n
R e q u ire m e n ts
A 7 .1 .2 D e v e lo p S tra te g y
A 7 .1 .1 D e fin eC a p a b ilitie s
A 3 .4 .3 P ro v id e A irc ra ftO w n -S h ip P o s itio n
In fo rm a tio n
A 1 .5 .7 D e v e lo p L o n g -T e rm O p e ra tio n s P la n
A 3 .3 .4 L a n d A irc ra ft
A 3 .2 .4 T a x i A irc ra ftfro m R u n w a y
A 3 .2 .2 P u s h B a c k fro mG a te
A 3 .3 .3 C o n d u c t A irc ra ftA p p ro a c h
A 3 .3 .1 C o n d u c t A irc ra ftD e p a rtu re
A 3 .3 .2 .1 F o llo w F lig h tP la n
A 3 .3 .2 .2 E x e c u teM a n e u v e r
A 3 .3 .2 .3 P e rfo rm S e lf-S e p a ra tio n
A 3 .3 .2 C o n tro l A irc ra ftE n R o u te
A 3 .2 .5 T a x i A irc ra ft toA rriv a l G a te
A 3 .2 .3 T a x i A irc ra ft fo rD e p a rtu re
A 3 .2 .1 C o n d u c t P re -F lig h t A c tiv itie s
A 3 .2 P e rfo rm S u rfa c eF lig h t N a v ig a tio n
A 3 .3 P e rfo rm A irb o rn eF lig h t N a v ig a tio n
A 3 .1 N e g o tia teO p e ra tio n a l F lig h t P la n
A .3 C o n d u c t A irc ra ftF lig h t
A .1 P ro v id e A irp o rtS e rv ic e s
A .0 C o n d u c t A irT ra n s p o rta tio n S e rv ic e s
A .7 O p e ra te in th e N e t-C e n tric E n v iro n m e n t
A .6 P ro v id e R is kM a n a g e m e n t S e rv ic e s
A .2 P ro v id e F lig h tO p e ra to r S e rv ic e s
A .5 P ro v id e In fo rm a tio nS e rv ic e s
A 4 .1 .1 E v a lu a te L o n g -T e rm A ir N a v ig a tio n
A s s e ts
A 4 .5 .4 R e s p o n d to A irN a v ig a tio n E m e rg e n c y
A .4 P ro v id e A irN a v ig a tio n S e rv ic e s
A 4 .1 .4 C o n d u c t A irN a v ig a tio n R & D
A 4 .1 .2 E v a lu a te A irN a v ig a tio n S e rv ic e
M o d ific a tio n A lte rn a tiv e s
A 4 .4 .1 A s s e s s S h o rt-T e rm A ir N a v ig a tio nS e rv ic e P e rfo rm a n c e
A 4 .1 .3 .1 D e v e lo p S h o rt-T e rm A ir N a v ig a tio n
S e rv ic e A d ju s tm e n t P la n
A 4 .1 .3 .2 D e v e lo p L o n g -T e rm A ir N a v ig a tio nS e rv ic e Im p ro v e m e n t
P la n
A 4 .3 Im p le m e n t A irN a v ig a tio n S e rv ic eIm p ro v e m e n t P la n
A 4 .1 .3 C re a te A irN a v ig a tio n P la n
A 4 .4 .3 Im p le m e n t A irN a v ig a tio n S e rv ic eA d ju s tm e n t P la n
A 4 .4 .2 M a in ta in A irN a v ig a tio n A s s e ts
A 4 .4 O p e ra te A irN a v ig a tio n A s s e ts
A 4 .2 G o v e rn A irN a v ig a tio n S e rv ic e
A 4 .1 P la n A irN a v ig a tio n S e rv ic e
A 4 .5 .2 N e g o tia teA irc ra ft U s e o f A irs p a c e
A 4 .5 .1 M a n a g eA irs p a c e C a p a c ity
A 4 .5 .1 .1 C o n fig u reA irs p a c e fo r N e a r-T e rm
D e m a n d
A 4 .5 .1 .1 .1 D e te rm in eA irs p a c e N e a r-T e rm
D e m a n d
A 4 .5 .1 .1 .2 D e te rm in eA irs p a c e C a p a c ity
A 4 .5 .1 .1 .3 A llo c a teA irs p a c e R e s o u rc e s
A 4 .5 .1 .2 D e v e lo p F u tu reA irs p a c e D e s ig n
A 4 .5 .2 .2 C o n tro l A irc ra ftS e p a ra tio n
A 4 .5 .2 .2 .1 D e te rm in eS e p a ra tio n C le a ra n c e
A 4 .5 .2 .2 .2 D e le g a teS e p a ra tio n C o n tro l
A 4 .5 .2 .1 .2 C o n tro lD e p a rtu re /A rriv a l Q u e u e
A 4 .5 .2 .2 .3 P ro v id eA N S P S e p a ra tio n
C o n tro l
A 4 .5 .2 .1 .3 A s s ig nS p a c in g a n d
S e q u e n c in g fo rA p p ro a c h
A 4 .5 .2 .1 .1 N e g o tia teA irc ra ft F lig h t P la n
A 4 .5 .2 .1 D e te rm in eA irc ra ft R o u te s & T im in g
A 5 .2 P ro v id eS u rv e illa n c e In fo rm a tio n
A 5 .3 .5 .1 C o n s o lid a teF ix e d -O b je c t In fo rm a tio n
A 5 .3 .5 .2 S u rv e y F ix e d -O b je c t
A 5 .3 P ro v id e F ix e d -O b je c t In fo rm a tio n
A 5 .3 .1 P la n F ix e d -O b je c t In fo rm a tio n
S e rv ic e
A 5 .3 .2 G o v e rn F ix e d -O b je c t In fo rm a tio n
S e rv ic e
A 5 .3 .4 O p e ra te F ix e d -O b je c t In fo rm a tio n
A s s e ts
A 5 .3 .5 P ro d u c e F ix e d -O b je c t In fo rm a tio n
A 5 .3 .5 .3 C e rtify F ix e d -O b je c t In fo rm a tio n
A 5 .3 .3 Im p le m e n t F ix e d -O b je c t In fo rm a tio nIm p ro v e m e n t P la n
A 5 .1 P ro v id e W e a th e rIn fo rm a tio n
A 5 .2 .1 .1 E v a lu a te L o n g -T e rm S u rv e illa n c e
A s s e ts
A 5 .2 .1 .2 E v a lu a teS u rv e illa n c e S e rv ic e
M o d ific a tio n A lte rn a tiv e s
A 5 .2 .1 .3 C re a teS u rv e illa n c e P la n
A 5 .2 .1 .3 .1 D e v e lo pS h o rt-T e rm S u rv e illa n c eS e rv ic e A d ju s tm e n t P la n
A 5 .2 .1 .3 .2 D e v e lo pL o n g -T e rm S u rv e illa n c eS e rv ic e Im p ro v e m e n t
P la n
A 5 .2 .1 P la nS u rv e illa n c e S e rv ic e
A 5 .2 .1 .4 C o n d u c tS u rv e illa n c e R & D
A 5 .2 .2 G o v e rnS u rv e illa n c e S e rv ic e
A 5 .2 .3 Im p le m e n tS u rv e illa n c e S e rv ic eIm p ro v e m e n t P la n
A 5 .2 .4 O p e ra teS u rv e illa n c e A s s e ts
A 5 .2 .5 P ro d u c eS u rv e illa n c e In fo rm a tio n
A 5 .2 .4 .1 A s s e s s S h o rt-T e rm S u rv e illa n c e
S e rv ic e P e rfo rm a n c e
A 5 .2 .4 .2 M a in ta inS u rv e illa n c e A s s e ts
A 5 .2 .4 .3 Im p le m e n tS u rv e illa n c e S e rv ic e
A d ju s tm e n t P la n
A 5 .2 .5 .2 C o n d u c t N o n -C o o p e ra tiv e S u rv e illa n c e
A 5 .2 .5 .1 C o n d u c tC o o p e ra tiv e S u rv e illa n c e
A 5 .1 .1 .4 C o n d u c tW e a th e r R & D
A 5 .1 .1 P la n W e a th e rS e rv ic e
A 5 .1 .2 G o v e rn W e a th e rS e rv ic e
A 5 .1 .4 O p e ra teW e a th e r A s s e ts
A 5 .1 .4 .2 M a in ta inW e a th e r A s s e ts
A 5 .1 .4 .3 Im p le m e n tW e a th e r S e rv ic eA d ju s tm e n t P la n
A 5 .1 .1 .1 E v a lu a te L o n g -T e rm W e a th e r A s s e ts
A 5 .1 .1 .3 C re a teW e a th e r P la n
A 5 .1 .3 Im p le m e n tW e a th e r S e rv ic eIm p ro v e m e n t P la n
A 5 .1 .5 P ro d u c eW e a th e r In fo rm a tio n
A 5 .1 .1 .3 .2 D e v e lo pL o n g -T e rm W e a th e rS e rv ic e Im p ro v e m e n t
P la n
A 5 .1 .1 .3 .1 D e v e lo pS h o rt-T e rm W e a th e r
S e rv ic e A d ju s tm e n t P la n
A 5 .1 .5 .2 A n a ly z eW e a th e r In fo rm a tio n
A 5 .1 .4 .1 A s s e s s S h o rt-T e rm W e a th e r S e rv ic e
P e rfo rm a n c e
A 5 .1 .1 .2 E v a lu a teW e a th e r S e rv ic e
M o d ific a tio n A lte rn a tiv e s
A 5 .1 .5 .3 F o re c a s tW e a th e r
A 5 .1 .5 .1 O b s e rv eW e a th e r C o n d itio n s
A 7 .3 M a n a g e N e t-C e n tric E n v iro n m e n t
A 7 .2 E s ta b lis h N e t-C e n tric In fra s tru c tu re &
S e rv ic e s
A 7 .1 P la n N e t-C e n tricE n v iro n m e n t
A 2 .4 P e rfo rm F lig h tO p e ra to r C e rtific a tio n
A 2 .1 C o n d u c t F lig h tO p e ra to r B u s in e s s
A c tiv itie s
A 2 .2 P la n F lig h tO p e ra to r S c h e d u le
A 6 .1 M a n a g e S a fe tyR is k
A 6 .2 M a n a g e S e c u rityR is k
A 6 .4 M a n a g e C y b e rS e c u rity
A 6 .3 M a n a g eE n v iro n m e n ta l R is k
A 2 .3 C re a te P ro p o s e dF lig h t P la n
A 4 .5 .3 M o n ito rO p e ra tio n a l E n v iro n m e n t
A 4 .5 C o n d u c t A N S PO p e ra tio n s
A 1 .5 .1 D e v e lo p D a ilyO p e ra tio n s P la n
A 1 .5 .2 .1 P ro v id eIn te rm o d a l
T ra n s p o rta tio n S e rv ic e
A 1 .5 .6 P e rfo rm A irc ra ftM a in te n a n c e S e rv ic e s
A 1 .4 .4 P e rfo rm A irp o rtC e rtific a tio n s
A 1 .5 .3 P e rfo rm A irp o rtE m e rg e n c y O p e ra tio n s
A 1 .5 .4 P e rfo rm A irp o rtS e c u rity
A 1 .1 .1 E v a lu a te L o n g -T e rm A irp o rt A s s e ts
A 1 .5 .2 .4 C o n d u c t G a teO p e ra tio n s
A 1 .5 .5 .1 P ro v is io nA irc ra ft
A 1 .5 .2 P e rfo rmL a n d s id e O p e ra tio n s
A 1 .5 .5 .2 C o n tro l R a m pM o v e m e n t
A 1 .1 .3 C re a te A irp o rtP la n
A 1 .5 C o n d u c t A irp o rtO p e ra tio n s
A 1 .4 .3 Im p le m e n tA irp o rt A s s e t
A d ju s tm e n t P la n
A 1 .4 .2 M a in ta in A irp o rtA s s e ts
A 1 .1 P la n A irp o rtA s s e ts
A 1 .4 O p e ra te A irp o rtA s s e ts
A 1 .5 .2 .2 S c re e nP a s s e n g e rs , B a g g a g e ,
a n d C a rg o
A 1 .5 .5 .3 P e rfo rm D e -Ic in g /A n ti-Ic in g
O p e ra tio n s
A 1 .4 .1 A s s e s s S h o rt-T e rm A irp o rt A s s e t
P e rfo rm a n c e
A 1 .5 .2 .5 P ro c e s sB a g g a g e a n d C a rg o a t
D e s tin a tio n
A 1 .5 .5 .4 P e rfo rm R a m pO p e ra tio n s
A 1 .5 .2 .3 T ra n s p o rtB a g g a g e a n d C a rg o fo r
D e p a rtu re
A 1 .5 .5 P e rfo rm A irs id eO p e ra tio n s
A 1 .1 .2 E v a lu a te A irp o rtM o d ific a tio n A lte rn a tiv e s
A 1 .1 .4 C o n d u c t A irp o rtR & D
A 1 .1 .3 .1 D e v e lo p S h o rt-T e rm A irp o rt
A d ju s tm e n t P la n
A 1 .1 .3 .2 D e v e lo p L o n g -T e rm A irp o rt
Im p ro v e m e n t P la n
A 1 .2 G o v e rn A irp o rtA 1 .3 Im p le m e n t A irp o rtA s s e t Im p ro v e m e n t P la n
A 6 .2 .3 D e te rm in eS e c u rity R is k M itig a tio n
A c tio n s
A 6 .2 .1 P e rfo rmS e c u rity R is k
M a n a g e m e n t P la n n in g
A 6 .2 .2 A s s e s sS e c u rity R is k
NextGen Ac tiv ity Node TreeDraft V1.0 with Integrated Surveillance
D e s c rip tio n S e c tio nN e e d s R e v ie w
To-Be SV-1
In fo rma tio n P ro v id e r S e rv ic e / S y s te m
N e x tG e n E n te rp ris e S e rv ic e
In fo rma tio n S h a rin g E n v iro n m e n t
In fo rma tio n C o n s u m e r S e rv ic e /S y s te m
N e x tG e n C o re E n te rp ris e S e rv ic e s
U s e r-D e fin e d O p e ra tio n a lP ic tu re S e rv ic e
L a w E n fo rc e m e n tIn fo rm a tio nS h a rin gE n v iro n m e n t
S u rv e illa n c e S e n s o rS y s te m s(C o o p e ra tiv e )S u rv e illa n c e S e n s o r
S y s te m s (N o n -C o o p e ra tiv e )
G e o s p a tia l Im a g e rya n d M a pS e rv ic e s
E n te rp ris e S e rv ic eM a n a g e m e n tS e rv ic e
U n a n tic ip a te dIn fo rm a tio nC o n s u m e rs
N O R A D -N O R T H C O MO p e ra tio n sC e n te r S y s te m
D a ta V is u a liz a tio nS e rv ic e
S itu a tio n a l A w a re n e s sS e rv ic e
D e c is io n S u p p o rtA n a ly s is S e rv ic e
C o lla b o ra tio n S e rv ic e
F A A O p e ra tio n sC e n te r S y s te m
IS E -S A R S h a re dS p a c e
F A A F lig h t D a taS e rv ic e s
N A V C A N F lig h t D a taS e rv ic e s
N a tio n a l A s s e t D a taS e rv ic e
F ix e d O b je c t D a taS e rv ic e
D H S O p e ra tio n sC e n te r S y s te m
N O A A W e a th e rS e rv ic e s
S e m a n tic M e ta d a taC a ta lo g S e rv ic e
T ra c k C o rre la tio nS e rv ic e
O th e r In fo rm a tio nC o n s u m e rs
In te llig e n c e S e rv ic e
N A S A W IS T
S e c u rity S e rv ic eM e s s a g in g S e rv ic e
IS S V -1 (S V -0 1S y s te m s In te rfa c e )S y s te m A rc h ite c tT u e s d a y, J u n e 2 1 ,
2 0 11 1 :5 2 P M
S I 3 0 0 1
S I 3 0 0 2
S I 3 0 0 3 S I 3 0 0 4
S I 3 0 0 5
S I 3 0 0 6
S I 3 0 0 7S I 3 0 0 8
To-Be SV-4
P3
Provide NextGenInformation Sharing
Environment
P1
Provide NextGen EnterpriseServices
P5Provide NextGen Core
Enterprise Services
P4Produce / Consume
Shared Data
IS InformationConsumer (Human,System, Service)
IS SV-4 (SV-04 Data Flow)Sy stem Architect
Wednesday , March 16,2011 10:36 AM
Comment
Net-Enabled Data
Net-Enabled Data
Net-Enabled Data
Net-Enabled Data
Net-Enabled Data
Net-Enabled Data
Data Request
Authentication
Authentication Request
Data Response
Search Request
Data Updates
To-Be OV-3/SV-6
Vocabulary / Ontology
Lessons Learned
To-Be SV-5
XML
6
Semantic Metadata Catalog and Portal Extended Capabilities
• Utilizes existing SOA Registry capabilities• Addresses cross-agency information exchanges• Facilitates collaboration• Focuses on discoverability of defined information exchanges• Takes full advantage of Semantic Relationships defined in ontologies
Semantic Metadata Catalog and Portal
SOA Registry Scope• Governed within an Agency• Focused on discoverability of published services• Supports only flat, non-semantic data • Focused on governance
Bottom Line:• Utilizes semantic discovery
capabilities• Yields a more targeted result set
• Provides an intelligent search beyond simple keywords
7
Semantic Metadata Catalog and PortalWeather
Community
Integrated Surveillance Community
JPDO User Interface Layer
Semantic Metadata
Portal
External SystemsGIIEP
SWIM
Semantic Processing Layer
Artifact Catalog
Existing SOA
Registry
ebXML
UDDI
Web
Se
rvic
es L
ayer
Service Registration and Discovery
Access
Semantic Metadata Catalog and Portal Architecture
Semantic Metadata Catalog
Semantic ExternalColor Key:
Future
Service Registration and Discovery
Integration of Federated Registry
NextGen Ontology
Community Ontology Portal
Inte
grat
ion
Laye
r
8
Demo: Semantic Metadata Catalog and Portal
9
• Purpose:– To be a collaborative web application through which users can
publish, access, search, browse, map, and update ontologies and their terms.
– Reference Implementation only
• Supports:– COI participants (e.g., ontologists, SMEs, and
enterprise architects), developers and managers.
Demo: NextGen Ontology Portal
National Center for Biomedical Ontology BioPortal
Marine Metadata Interoperability Ontology Registry and Repository
Air Force Vocabulary OneSource
Open Biomedical Ontologies Foundry
Exam
ple Portals
10
Questions