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16 INTELLIGENT GLOBAL
DEFENSE AND SECURITY
INFRASTRUCTURES
WAVE-WP can also be effectively used in a much
broader scale, especially for the creation of
intelligent national and international infrastructures
of different natures, widely using automated and
fully automatic control and advanced robotics. Such
global systems may effectively solve the problems
of distributed air defense, where multiple hostile
objects penetrating country’s air space can be
simultaneously discovered, chased, analyzed, and
destroyed using a computerized networked radar
system as a collective artificial brain operating in
WAVE-WP, as shown in Fig. 17 (see also Sapaty,
Klimenko, Sugisaka, 2004).
Permanent
channels
Dynamic and
casual channels
Sea, undersea, aerial
or space units
Spatial solution 1
Spatial solution 2
Figure 17: Distributed infrastructures and spatial solutions
Within the unified command and control
infrastructures, provided by the technology, different
types of unmanned air vehicles may be used, for
example, as possible mobile sensor, relay, or even
air traffic management stations, supplementary to
the ground ones, especially when the latter get
damaged or operate partially.
In other non-local applications, WAVE-WP,
using worldwide computer networks, may
effectively discover and trace criminals and their
distributed organizations, penetrate into malicious
infrastructures, studying and eliminating them, with
possible additional involvement of special hardware
and troops (Sapaty, 2002).
17 CONCLUSIONS
WAVE-WP allows for a more rational and universal
integration, management, simulation, and recovery
of large complex systems than many other
approaches – by establishing a higher level of their
vision and coordination, symbolically called “over-
operability” (Sapaty, 2002) versus (and in
supplement to) the traditional “interoperability”.
Distributed system management and
coordination scenarios in WAVE-WP are often
orders of magnitude simpler and more compact than
usual, due to high level and spatial nature of the
model and language. They often help us to see the
systems and solutions in them as a whole, avoiding
tedious partitioning into parts (agents) and setting
their communication and synchronization.
These and other routines are effectively shifted
to the efficient automatic implementation by
dynamic networks of WAVE-WP interpreters.
Traditional software and hardware agents are being
requested, created, and have sense only when
required in certain moments of time, during the
spatial development of self-evolving (conceptually
agent-less) parallel mission scenarios.
A detailed description of the WAVE-WP model
and its extended applications can soon be available
(Sapaty, 2004).
REFERENCES
Borst, P.M., 2002. An architecture for distributed
interpretation of mobile programs. PhD Thesis, also
published as a book, ISBN 3-8316-0103-8.
Darling, J.C.C., Sapaty, P.S., Underhill, M.J., 1996.
Distributed virtual reality: a fully dynamic approach.
In Proc. 15th Workshop on Standards for the
Interoperability of Distributed Simulations. IST UCF,
Orlando, FL.
Gonzalez-Valenzuela, S., Vuong, S.T., 2002. Evaluation
of migration strategies for mobile agents in network
routing. In Proc. The 4th International Workshop
MATA'02, Barcelona, Spain.
Sapaty, P.S., Zorn W., 1991. The WAVE model for
parallel processing and its application to computer
network management. In International Networking
Conference INET'91, Copenhagen.
Sapaty, P.S., 1993. A distributed processing system.
European Patent No. 0389655, European Patent Office.
Sapaty, P.S., Corbin, M.J., Borst, P.M., 1995. Towards the
development of large-scale distributed simulations. In
Proc. 12th Workshop on Standards for the
Interoperability of Distributed Simulations. IST UCF,
Orlando, FL.
Sapaty, P.S., Corbin, M.J., Seidensticker, S., 1996. Mobile
intelligence in distributed simulations. In Proc. 14th
Workshop on Standards for the Interoperability of
Distributed Simulations. IST UCF, Orlando, FL.
Sapaty, P.S., 1999. Mobile processing in distributed and
open environments, John Wiley & Sons. ISBN:
0471195723, New York.
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