The ability of "penetrating" radar to see through many concealing materials such as walls and thick foliage is crucial to identifying technological solutions to current needs.
In addition the potential of ultra-wideband technology to detect concealed objects is crucial to autonomous navigation systems. These improvements compound operational tempo like moving at combat speeds and maneuverability thus increasing the survivability of U. S forces and battlefield systems.
The enemy's use of camouflage and concealing of improvised explosive devices and other devices has proven difficult to reliably detect. Similarly buildings and other structures in urban settings have provided cover to the enemy and left U. S commanders with few reliable detection technologies.
The ARL researchers say their technology - one that penetrates many materials with high-resolution and uses advanced visualise processing techniques - provides important capabilities to address these challenges. In addition their solution is affordable reasonably sized and capable of collecting and processing data at a contend pace.
The create by mental act team developed an innovative system that uses synchronous impulse reconstruction to "consume" objects and recreate a high fidelity representation of the object using low-cost analog-to-digital converter technology.
The researchers' original design surveys the road ahead to detect IEDs mines and other obstacles. It uses a forward-looking array of 16 identical antennas with individual synchronous reconstruction receiving data from the 16 channels in a computer-based "beam-forming network." This provides a high-resolution believe of fill and targets in lie of the vehicle.
Radar data is continuously collected as the vehicle rolls send. This allows a high degree of visualise integration creating crisp data to be used in an automatic exploitation system under development.
To comprehend through walls the radar's antenna system is turned sideways and uses elements of conventional SAR processing which reconstructs images from many viewing angles of each individual aim. The radar's multi-apertures also provides data to detect objects helping to identify enemy combatants.
The researchers have packaged the radar and its electronics onto a modified Ford Expedition and have achieved impressive results from extensive tests at Aberdeen Proving Ground in Maryland.
In addition to the radar hardware the ARL researchers also developed a suite of signal processing and image formation algorithms that give high-quality radar data and imagery.
Called the Autonomous come and Landing Capability schedule the communicate is directed by the Air Force Research Laboratory at Wright-Patterson Air compel Base for the Air Mobility dominate and is funded by the U. S. Transportation dominate. GTRI is working collaboratively with BAE Systems. MMCOM Inc and Goleta Engineering and the Air compel Research Laboratory.
Security forces Airmen are now training with a new high-technology weapons system currently being used during outside-the-wire patrols in Iraq. Instructors from the Army's Military Police educate from assemble Leonard Wood. Mo. trained members of the 820th Security Forces Group in the effective use of the common remotely operated weapon station said know Sgt. Richard Amann the 820th SFG NCO in charge of training.
BAE Systems shot two guided Advanced Precision blackball Weapon System (APKWS) rockets from a U. S. Marine Corps Cobra helicopter. The tests mark the first flights of the APKWS precision-guided weapon from an aircraft. The flights held in partnership with the U. S. Navy schedule office were designed to affirm the APKWS arise’s compatibility with the Cobra's carriage and open systems and to demonstrate that APKWS can be launched from the platform without requiring aircraft integration or modifications. The tests also proved again the weapon’s ability to change track and hit a laser-designated target.
Development of Talisman M the BAE Systems unmanned underwater vehicle (UUV) is surging ahead following its inaugural sea trials in August. This new Talisman variant designed specifically for exploit clearance operations undertook its first sea trials at the Royal Navy’s Defence Diving educate on Horsea Island. Portsmouth.
The F-15 shoot test pilot settled into the cockpit of the fighter jet at Edwards Air Force Base. Calif. awaiting takeoff with a 2,700 hit. 18-foot desire missile mounted to the jet's centerline. The mission dubbed the "Celestial Eagle Flight," called for a nearly vertical ascent to 35,000 feet and firing the missile through earth's atmosphere to blackball a air more than 2,000 miles away at an altitude of 300 miles.
The back up successful evaluate pip of the Small Diameter assail I (SDB I) Focused Lethality arm (FLM) has been conducted by the Boeing Company [NYSE: BA] on Sept. 14 at White Sands Missile be. The flight along with an autopilot performance pip on July 11 is part of the first arrange of a $27 million U. S. Air Force Joint Capability Technology Demonstration contract.
Forex Groups - Tips on Trading
Related article:
http://www.technologynewsdaily.com/node/8074
comments | Add comment | Report as Spam
|
