Full text: Proceedings, XXth congress (Part 2)

  
  
  
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B2. Istanbul 2004 
to C2IS databases for research. The ATCCIS database delivers 
the domain model. As a scenario for the prototype system the 
planning of a multi-national operation was used. In the first 
step, it was realized that the natural language front-end that will 
be able to answer simple spoken questions concerning this 
scenario, e.g., "Gehört das 9. Deutsche Bataillon zu den 
verfügbaren Einheiten?" ("Does the 9th GE battalion belong to 
the available units?"). The scenario was elaborated enough, so 
that more complicated language and domain problems can be 
modelled too in the future, e.g., complex questions or dialogues. 
The long-term objective of the project NATLAC is the 
construction of a dialogue system for a subset of spoken 
German referring to the scenario in the ATCCIS database [2]. 
  
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Figure 3. System configuration of HLT [2]. 
3 GIS & C2IS 
3.1 Definition and role of GIS 
With a narrow identification; GIS is computer software that 
links geographic information (where things are) with 
descriptive information (what things are). Unlike a flat paper 
map, where "what you sce is what you get," a GIS can present 
many layers of different information. To use a paper map, all 
you do is unfold it. Spread out before you is a representation of 
cities and roads, mountains and rivers, railroads, and political 
boundaries. The cities are represented by little dots or circles, 
the roads by black lines, the mountain peaks by tiny triangles, 
and the lakes by small blue areas similar to the real lakes. A 
digital map is not much more difficult to use than a paper map. 
As on the paper map, there are dots or points that represent 
features on the map such as cities, lines that represent features 
such as roads, and small areas that represent features such as 
lakes[3]. 
Briefly GIS, takes together information layers relevant to a 
definite geographic extend to give the user a better 
understanding about that region. What kind layers of 
information you collect depend on vour purpose. Especially for 
the military purposes, aim of the user may be; reconnaissance, 
Unit/troop tracking, intelligence, operation, C2IS, logistic, 
battle damage assessment etc. In order to use a GIS: 
e. Software, 
e. Data, 
9 People, 
* Training are necessary. 
GIS Target Architecture of NC3A covers: 
e Use of open standards, 
670 
e Elimination of proprietary file formats from Core 
GIS services, 
e Specification of standardised interfaces between 
the Core GIS services and functional services with 
emphasis on: 
o Flexibility 
o . Openness 
o Interoperability 
3.2 Specifications and use of GIS in C2IS 
GIS is one of the basic building stone of C2IS. According to the 
rising trend, GIS works as an integral part of the C2IS. There 
are some standards for functional area services database 
architectures such as ATCCIS and nowadays MIP (Multilateral 
[Interoperability Programme), in terms of military symbology ; 
Mil Std-2525/APP-6(A) etc. Favorite software alternative for 
database is LC2IEDM Oracle Database. In terms of GIS 
architecture, NATO ACE ACCIS (NATO Allied Command 
Europe Automated Command, Control and Information 
System) geospatial information support for the functional are 
services. Namely web based tools for situational awareness and 
all of the functional area services such as LRP(Land 
Recognized Picture), ERP (Event Recognized Picture) tools etc. 
use digital geospatial information as map base. GIS also 
provides geographic analysis opportunity for planning process. 
Thematic military overlays can also be prepared via GIS. 
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Figure 4. Example for GIS Layers of Information. 
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