command and control

June 2001
By Christian B. Sheehy

Automated methodology makes the future more predictable.

A probability analysis program could enable surface and air military units to better predict a vehicle’s or a missile’s next move by discerning the likelihood that its track will either change or remain constant. Applying the same reasoning formula to study an entire mission, the system could combine factual and hypothetical data to predict the direction an enemy will take and produce theoretically sound solutions to tactically complex scenarios.

July 2002
By Henry S. Kenyon

Facility flexibly serves multiple echelons.

The U.S. Marine Corps soon will field a mobile command and control system that will enable its units to employ communications and data systems that are now too large or cumbersome for rapid deployment. The scalable technology allows forces down to the company level to maintain connectivity and reach-back to regional and theater headquarters.

September 2004
By Henry S. Kenyon

Command and control technology links variety of sensors, weapons.

Constant upgrades have readied an advanced Turkish air defense system for foreign sales. Developed as Turkey’s first fully digital command and control architecture, the technology interfaces with a variety of sensor and weapons platforms to provide operators with a real-time picture of the battlespace. The system can direct low-, medium- and high-level anti-aircraft systems as part of a layered defense network.

September 2004
By Henry S. Kenyon

 
NetC4I software is a prototype system designed to connect legacy systems in an information-sharing network. Developed by Saab Systems as part of an initiative to field an operational network-centric capability, NetC4I is being used to test and evaluate new technologies and concepts.
Internet-based software serves as a template for next-generation command and control networks.

February 2003
By Sharon Berry

Submerged order of battle changes.

Having established new procedures and incorporated new technologies for surface and air situational awareness, the U.S. Navy now is looking to extend that capability underwater. The sea service is working with the private sector to apply new data fusion techniques to antisubmarine warfare.

Nowhere is this need more acute than in the Pacific region. Roughly two-thirds of the world’s submarines capable of operating in the Pacific Ocean are now owned by nations not traditionally considered to be U.S. allies, and the U.S. Navy is collaborating with industry to address this new reality.

April 2003
By Henry S. Kenyon

Airborne surveillance, battle management platform surpasses existing systems.

The U.S. Air Force soon will field a new generation of command and control aircraft featuring advanced radar and communications systems. Designed around an open systems architecture, the aircraft can be easily refitted with new technologies as they become available. These platforms may combine both the capabilities of ground tracking and surveillance with airborne early warning functions some time in the future, Air Force officials say.

August 2004
By Henry S. Kenyon

September 2002
By Maryann Lawlor

Merger reflects current needs, future plans.

The U.S. Navy is steaming full speed ahead to make network-centric warfare a reality by merging its directorate in charge of communications, computers and space with the warfare requirements and programs directorate. The move is at the center of a new operational vision for the service called Sea Power 21 outlined by Chief of Naval Operations Adm. Vernon E. Clark, USN, Navy Pentagon, Washington, D.C.

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