| Technology
Category |
Description |
Immersive Wargammer: |
Gnosys designed and prototyped a scalable, extensible and flexible, Object Oriented, Intelligent immersive wargammer in C++ for experiencing historic battles in the 3D virtual space. User could adopt player roles in a continuum from commander down to a “shooter”. System enabled exploration of “what-if” questions in the battlefield. |
| Gnosys contracted by an EA Sports (TM) subsidary to design and develop computer controlled, real-time, Object Oriented, C++ based, Artificially Intelligent (AI) vehicles for a PlayStation 2 racing-fighting game that makes strategies to win and displays distinct behavior personality. | |
| Expert System/Blackboard Architecture for Population Modeling: | Gnosys
designed and prototyped a system for
modeling population reactions to terrorist activity based on expert
system
unification and resolution of multi-disciplinary models working in
concert
through a Blackboard architecture. System
developed in C++ under Windows.
|
| Generating Intelligent Behaviors Automatically in Computer Generated Forces: | Gnosys designed and
prototyped Windows-based toolkit in Java/C++ to enable non-programmers
to
change virtual entity behaviors encoded in fielded simulation without
reprogramming. Sub-programs are
automatically generated and linked to exitsting C-based executables
thereby
augmenting capability without expense of computer programmers.
|
| Decision Making Assistant-Coalitions: | Gnosys designed and developed an Object Oriented
Windows NT Visual C++, real-time,
rule-based intelligent program with the Geographic
Information System
(GIS) MapViewä capability
that determined Coalitions for
Economic Sanctions . Developed an inference engine to execute rule
chaining.
|
| Voyager Electron Gun/Collector Simulator: | Gnosys applied Object
Oriented Analysis and Object
Oriented Design using state of the art software design principles (Design
Patterns) to help develop an innovative, Object Oriented
C++
open, parallel architecture for
simulation of electron gun/collectors used in telecommunications
electronic
components.
|
| Abstract Reasoning Software (ASCF): | Using Object Oriented and
AI methods,
Gnosys developed smart programs (virtual commanders) for leading
computer generated
forces into cyberspace battles. Technology used
for training and wargaming purposes. Developed
software capable of reasoning at
the abstract (battalion) level in Visual C++ on Windows NT under
contract to
SAIC. Inter-process communications
(sockets) for Commander collaboration in networked teams and were
displayed
on a 2D map system.
|
| Decisioning-Making Software (CFOR): | Gnosys designed and coded AI decision-making
programs. These were several
inter-networked virtual company tank commanders for automatically
employing
virtual forces in cyberspace armored combat simulations.
Technical specifications developed by interviewing
Army Officers into an Object Oriented Design and Specification. They were coded in C++ in LINUX on PCs using
technologies such as constraint based design. The
collaborated over a simulated Command and Control network.
|
| Virtual Battlefield Simulation (JPSD): | Gnosys helped develop a system capable of simulating large unit activity down to individual vehicles by fusing an abstract unit |
| Large Unit Trainer (Warsim2000): | Gnosys applied Object Oriented
Analysis
and Object
Oriented Design, under contact to
the Army, to develop technical
specifications for the next
generation
of simulation systems for training large units (Command Posts).
Designed a low cost, distributed and
interactive trainer.
|
| Distributed Simulation Environment (Warbreaker): |
Gnosys helped
designed an distributed simulation environment for building Distributed
Simulations in C++ on Unix platforms. |
| What-If Gamer (WISSARD): | Using AI gaming techniques, Gnosys designed and coded a faster than real time Distributed Interactive "what if" simulation prototype to explore wargaming optionson UNIX platforms in C. |
Technology-specifications.
Design and programming is in C++ or Java using rapid prototyping και object-oriented methodologies. Programs run on popular operating systems such as Windows, Linux, and Unix .
Research and development in virtual enviroments may use specialized packages such as the Gnosys inference engine for rule-based system development. When retrofitting work is being performed, networking standards such as DIS or HLA may be used.