The U.S. Army wants to ensure that the Future Force Warrior (FFW) will see first, understand first, act first and finish decisively as the means to tactical success. The Army of the future conceives of small combat units with netted communications enhanced with information from distributed and fused sensors, tactical intelligent assets enabling increased situation assessment, and on-the-move planning (FFW, 2004). The increase in information flow won’t come without a cost, however. Information management will be a key aspect of this distributed system. The availability of such technologies as Augmented Cognition (AugCog), will allow the system to be tailored to the situational and cognitive needs of the warfighter. This paper describes an ex...
The Battle Command Battle Laboratory is the U.S. Army’s test bed for advanced networking and telecom...
Problem Definition The Army’s Soldier as a System requirement identifies capability gaps with respec...
As the number and availability of information sources (COTS1, GOTS2 and military special-purpose) in...
This paper describes the Communications Scheduler, an adaptive system mitigation designed to schedul...
Abstract—The future operational settings involve a battlespace where warriors and commanders rely on...
The U.S. Army is faced with the challenge of dramatically improving its war fighting capability thro...
1 Abstract/Executive Summary The U.S. Army is faced with the challenge of dramatically improving its...
The United States Army is embracing the use of new information technologies to achieve tactical adva...
The U.S. Army is faced with the challenge of dramatically improving its war fighting capability thro...
Future military battlefield systems, exemplified by the US Army's Future Combat System initiati...
The effectiveness of the network-edge dismounted soldier is maximized when the soldier acts as both ...
Future U.S infantry capabilities, coupled with network-centric warfare concepts, will enable advance...
New sensors, communication infrastructure, and information systems will make plenty of information a...
AbstractThe last decade and a half has seen major advances in computing, communication, and display ...
New sensors, communication infrastructure, and information systems will make plenty of information a...
The Battle Command Battle Laboratory is the U.S. Army’s test bed for advanced networking and telecom...
Problem Definition The Army’s Soldier as a System requirement identifies capability gaps with respec...
As the number and availability of information sources (COTS1, GOTS2 and military special-purpose) in...
This paper describes the Communications Scheduler, an adaptive system mitigation designed to schedul...
Abstract—The future operational settings involve a battlespace where warriors and commanders rely on...
The U.S. Army is faced with the challenge of dramatically improving its war fighting capability thro...
1 Abstract/Executive Summary The U.S. Army is faced with the challenge of dramatically improving its...
The United States Army is embracing the use of new information technologies to achieve tactical adva...
The U.S. Army is faced with the challenge of dramatically improving its war fighting capability thro...
Future military battlefield systems, exemplified by the US Army's Future Combat System initiati...
The effectiveness of the network-edge dismounted soldier is maximized when the soldier acts as both ...
Future U.S infantry capabilities, coupled with network-centric warfare concepts, will enable advance...
New sensors, communication infrastructure, and information systems will make plenty of information a...
AbstractThe last decade and a half has seen major advances in computing, communication, and display ...
New sensors, communication infrastructure, and information systems will make plenty of information a...
The Battle Command Battle Laboratory is the U.S. Army’s test bed for advanced networking and telecom...
Problem Definition The Army’s Soldier as a System requirement identifies capability gaps with respec...
As the number and availability of information sources (COTS1, GOTS2 and military special-purpose) in...