| JVIEW Visualization for Virtual Airspace Modeling and Simulation |
Apr-2009 |
134 pages |
| Authors:
Aaron McVay; Daniel Krisher; Patrick Fisher; CACI TECHNOLOGIES INC ROME NY
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 | This Final Technical Report discusses the accomplishments of an effort to support NASA and FAA goals for visualization of the National Airspace System (NAS) to aid in the analysis of proposed changes in order to increase its capacity to meet future needs. CACI developed a new application using JView technology called the Airspace Concept Evaluation System (ACES) Viewer. The ACES Viewer is an information visualization tool designed to provide visual ... |
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| High Productivity Computing Systems and Competitiveness Initiative |
JUL 2007 |
306 pages |
| Authors:
Suzy Tichenor; CACI TECHNOLOGIES INC ROME NY
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| In the face of increasing competition from other market economies, the US needs to ramp up its ability to innovate and High Performance Computing (HPC) must be a key ingredient in America's innovation capacity. The task ahead therefore must include broadening the use of HPC in US industry through collaborations in which more knowledgeable HPC users especially leading government users share their expertise and advanced computing resources with less-experienced and ... |
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| Virtual Secure Dynamic Coalitions |
JUL 2006 |
23 pages |
| Authors:
Francis Lee; John P. Martin; CACI TECHNOLOGIES INC ROME NY
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| The goal of the VSDC project was to create a system that could provide secure group communication in a coalition environment. This report documents the design decisions and the outcomes of the Virtual Secure Dynamic Coalitions (VSDC) project. Sections outline the reasons behind the decision to use each of the Defense Advanced Research Projects Agency (DARPA) projects used in the VSDC project. |
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| High Performance Computing (HPC) Challenge (HPCC) Benchmark Suite Development |
24 AUG 2005 |
22 pages |
| Authors:
Jack Dongarra; CACI TECHNOLOGIES INC ROME NY
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| The goal of performance modeling is to measure predict, and understand the performance of a computer program or set of programs on a computer system. The applications of performance modeling are numerous, including evaluation of algorithms, optimization of code implementation, parallel library development, and comparison of system architectures, parallel system design, and procurement of new systems. The overall objective of this effort was to survey a number of DoD related ... |
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| Distributed Information Enterprise Modeling and Simulation (DIEMS) |
OCT 2004 |
22 pages |
| Authors:
Gary Blank; CACI TECHNOLOGIES INC ROME NY
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| The Air Force Research Laboratory (AFRL) has produced a communication simulation called DIEMS (Distributed Information Enterprise Modeling and Simulation) that is based on Metron's parallel simulation framework, SPEEDES (synchronous Parallel Environment for Emulation and Discrete-Event Simulation). Over the course of the contract, Metron has assisted AFRL in three broad categories of activity: (1) providing the capabilities to allow DIEMS to participate in High-Level Architecture (HLA) federations; (2) general support implementing, ... |
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| Agilent 3070 Test Program Set (TPS) Development |
OCT 2004 |
16 pages |
| Authors:
B. J. Tracy; CACI TECHNOLOGIES INC ROME NY
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| This report documents the Test Program Set (TPS) development to perform In-Circuit Testing of Ten (10) Circuit Card Assemblies (CCAs) using the HP3070 test development system. The goal of this effort was to verify that current Air Logistic Center test system workload could be moved to the HP3070 system. The ten (10) CCAs were test candidates to verify that the HP3070 test system could repair these CCAs and return the ... |
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| Battle Management Algorithms for Autonomous Unmanned Systems (BMAAUS) |
DEC 2003 |
27 pages |
| Authors:
Jennifer Seitzer; CACI TECHNOLOGIES INC ROME NY
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| Autonomous agents are self-directed, independent entities that interact with an environment by in-taking percepts through sensing devices and by acting on the environment through effectors. This work centers on autonomous entities in an adversarial environment that operate with conflicting goals, process noisy data, adapt in real-time to a dynamic environment, and collaborate to achieve one or more collective goals. In this proposed work, the domain of application is robotic soccer. ... |
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