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Military & Aerospace Electronics July 2005 |
Lockheed Martin picks Barco for submarine displays Belgium-based Barco will provide rugged flat displays and RGB video frame grabbers for Lockheed Martin's AN/UYQ-70 program, which addresses various U.S. Navy applications. |
Military & Aerospace Electronics October 2004 |
Product applications Boeing uses Green Hills software for unmanned combat air system... Lockheed Martin picks Curtiss-Wright to integrate radar components... Boeing picks Thales for 7E7 cockpit displays... etc. |
Military & Aerospace Electronics January 2005 Ben Ames |
Optical sensors light up the battlefield Tomorrow's sensors will be modular, digital, fused, and networked |
Military & Aerospace Electronics October 2004 |
Display technology leaps to the next generation Liquid-crystal displays still dominate military and aerospace applications, but new technologies are set to introduce flexible, conformal displays that could be part of clothing or rolled up like a scroll. |
Military & Aerospace Electronics May 2005 |
In Brief BAE Systems protects U.S. Army and Navy helicopters... Northrop Grumman to expand Mississippi UAV facility ... Thales forms alliance partnership with Wind River... Lockheed Martin delivers first Atlas Five Booster to west coast launch site... DC-DC device market continues to grow... etc. |
Military & Aerospace Electronics September 2004 |
Product Applications Army picks Vista board for Bradley Fighting Vehicle... F-35 Joint Strike Fighter uses Actel FPGA for engine electronics... Lockheed Martin engineers streamline design cycle with Agile PLM... Aurora patrol plane uses multicomputer from Mercury... etc. |
Military & Aerospace Electronics December 2004 |
Product Applications Planners at the U.S. Navy choose the Advanced Display System from Lockheed Martin Corp. and DRS Technologies Inc... British air tankers will use Honeywell displays... Raytheon uses Saft battery in TOW missile... etc. |
Military & Aerospace Electronics April 2007 John McHale |
Sensitive and Tireless: High-Endurance UAVs Sense What Men Cannot Sensors for unmanned aircraft are evolving in efficiency and capability as payload designers look for every possible edge in surveillance, combat, and collision avoidance. |
Military & Aerospace Electronics August 2004 Ben Ames |
Teams Build Competing Command-and-Control Systems for Littoral Combat Ships Navy planners are asking for two different prototypes of Littoral Combat Ship (LCS), the multimission warship designed to cruise shallow waters close to shore. Neither will use Aegis. |
Military & Aerospace Electronics March 2006 Ed Walsh |
The Next Step for Shipboard Electronics Growth of the U.S. Navy's fleet of surface warships and submarines is riding on systems innovation and new technologies to introduce open-systems solutions for network-centric warfare, ballistic-missile defense, and other capabilities for the 21st century maritime warfare. |
National Defense November 2011 Beidel et al. |
10 Technologies the U.S. Military Will Need For the Next War Examples are faster and quieter helicopters, advanced crowd-control weapons, lighter infantry equipment that doesn't overburden troops, ultra-light trucks and better battlefield communications. |
Military & Aerospace Electronics July 2005 |
In Brief Lockheed Martin to provide missile-defense radar upgrades... Northrop Grumman to develop network-management system... KVH fiber-optic gyros to be used on remote gun turret... Army fuel-cell truck completes cross-country test... Aerospace dominates Russian trade in 2004... etc. |
Military & Aerospace Electronics April 2005 |
Product applications Lockheed Martin uses Evans capacitors for Arrowhead... Actel processor drives image-recognition engine... Air Force uses Cray computer for surveillance... Anteon picks Harris to manage Army training video... Boeing orders test center from Rohde & Schwarz... General Dynamics picks Enea operating system for MUOS radio... Goodrich picks Radstone processors for F-16... Navy taps L-3 for helicopter display... |
National Defense November 2007 Sandra I. Erwin |
Technology Spending Will Target Current and Future Navy Fleet The Navy should direct its future science, research and technology spending to both improving the current fleet and designing next-generation systems, officials say. |
Military & Aerospace Electronics December 2005 |
Optoelectronics Briefs Phasebridge wins contract for Navy RF fiber-optic links program... FLIR Systems adds IR camera to research product line... Optex to provide telescopes for howitzer fire control... Kollsman to repair optical system on Cobra helicopter... etc. |
Military & Aerospace Electronics May 2006 |
In Brief Thales partners with Green Hills Software... U.S. Army helicopter controls UAV via TCDL wireless links... Updated Paveway II laser-guided bombs hit the target... etc. |
Military & Aerospace Electronics January 2010 Courtney E. Howard |
By Land, by Sea, by Air: Rugged Computers Are Everywhere Military and aerospace organizations around the world tap novel rugged mobile computers for mission-critical applications. |
Military & Aerospace Electronics November 2005 |
In brief U.S. Army awards contract for next-generation thermal weapon sights... Contract awarded for aerostat system... NASA selects software vendor for software for certification & accreditation... U.S. Navy award Advanced Display System contracts... etc. |
Military & Aerospace Electronics June 2004 |
In Brief Northrop Grumman submits bid for WATCHKEEPER Battlefield Intelligence... Aeroflex partners with TestMart... Anteon to support Army forces command modularity coordination centers... etc. |
Military & Aerospace Electronics November 2004 |
Product Applications Lockheed Martin tests helicopters with VMETRO recorder... Air Force tests engines with MTI... General Dynamics picks Agilent to test Mars rovers... Navy warships use Behlman power supply... etc. |
Military & Aerospace Electronics January 2005 |
Product Applications Raytheon uses M/A-COM telemetry sensor for artillery shell... Team US101 uses helicopter display from Smiths Aerospace... Lockheed Martin designs satellites with NX Nastran... etc. |
Military & Aerospace Electronics April 2010 |
Navy Asks OASYS Technology to Develop Multispectral Sensors for Unmanned Aerial Vehicles Systems designers at OASYS Technology won a $10.6 million contract to develop an unmanned airborne multispectral sensor suite for advanced imaging technology in unmanned aerial vehicles (UAVs). |
Military & Aerospace Electronics May 2008 |
Products Martek Power offers high-power, multichannel power modules... Aeroflex offers Battery Electronic Unit family of Li-Ion cell balancing products... Elmo offers board-mounted servo drive with 5 kilowatts continuous power... etc. |
Military & Aerospace Electronics March 2008 Edward J. Walsh |
Navy Advances Surface-Ship Technologies Program managers go all-out on open systems and COTS to upgrade existing destroyers, cruisers, and other surface warships, while looking ahead to new destroyer and cruiser electronics and electro-optics technologies. |
National Defense August 2004 |
Sea Fox Scouts Enemy Shoreline The Navy's remote controlled Sea Fox boats are being equipped with wireless color television cameras and computer-driven network video equipment to allow operators to receive video on computers up to a mile away. |
Military & Aerospace Electronics April 2009 |
In Brief Rockwell Collins and L-3 deliver Block I modernization for Navy E-6B... QinetiQ North America to support Air Force space operations... Barco extends avionics offering with generation head-up display from Saab... etc. |
National Defense June 2007 Sandra I. Erwin |
For the First Time, Navy Will Launch Weapons From Surveillance Drones The Navy will request funds in fiscal year 2010 to begin outfitting its new surveillance drone with kinetic weapons. |
Military & Aerospace Electronics May 2007 Courtney E. Howard |
U.S. Navy Officials Announce Milestones During Navy League Sea-Air-Space Exposition U.S. Navy officials revealed several firsts at the Navy League Sea-Air-Space Exposition, including the acceptance and deployment of two new minesweeping warships and the debut of a research-and-development center. |
National Defense March 2010 Grace V. Jean |
Shifting Sailors' Workload to Robots Still Wishful Thinking Unmanned vehicles are manpower-intensive technologies that require human control and monitoring often on a one-to-one basis. |
Military & Aerospace Electronics March 2005 Ed Walsh |
Navy looks to technology to balance budget cuts Transformational plans for the seagoing service call for vast levels of wired and wireless networking of ships, submarines, aircraft, weapons, communications systems, RF antennas, and more, to offset planned cutbacks in new platform development. |
Military & Aerospace Electronics November 2006 |
In Brief Northrop Grumman to provide software support for maritime command and control system... ACT/TECHNICO improves security for PMC form-factor... Lockheed Martin awarded $120 million to develop enhanced counterfire target acquisition radar... etc. |
Military & Aerospace Electronics February 2005 |
Product Applications General Dynamics uses IEC displays in Stryker... Army uses intrusion software to stop hackers... Northrop Grumman uses Vektrex power interface on F-35... etc. |
Military & Aerospace Electronics August 2008 Courtney E. Howard |
Quality control Makers of test and measurement solutions serving the mil-aero community continue to advance the technology, keeping pace with electronics advancements and the standards and deadlines to which they must adhere. |
Military & Aerospace Electronics January 2006 Ben Ames |
Rugged Computers Power the Digital Battlefield Troops are pushing rugged computers harder than ever, as manufacturers seek tougher display screens, more reliable hard drives, and faster processors. A major challenge for engineers is to keep pace with fast upgrades in COTS technology. |
Military & Aerospace Electronics December 2004 |
Air Force Looks to the Next Generation of Avionics Networking In September, Air Force and industry leaders ran a time--critical targeting exercise at Hanscom Air Force Base, Mass. Their goal was to reduce the sensor-to-shooter timeline by combining data from disparate sensors, air platforms, and ground stations |
National Defense August 2011 Grace V. Jean |
Drone Sensor Data Will Overload Networks, Navy Officials Warn The expected growth of unmanned systems at sea is raising concerns that the Navy's networks are ill prepared to handle the commensurate flood of data that the sensors will produce. |
National Defense May 2008 Stew Magnuson |
To Succeed, Soldiers `Need to See the Environment' Troops fighting in Iraq's cities often complain that they cannot see the enemy and need sensors that can penetrate walls, identify foes in pitch dark and locate buried explosives. |
Wired July 2001 Carl Hoffman |
The X Wars Boeing and Lockheed are battling head-to-head to build the strike fighter of the future, a sleek, smart aircraft that will carry tomorrow's Air Force, Navy, and Marines -- if it can fight its way out of the Pentagon... |
Military & Aerospace Electronics July 2008 John McHale |
Military turning toward COTS displays Military designers are realizing they can reap major performance benefits at half the cost if they start using commercial off the shelf displays, especially in command-and-control applications |
National Defense February 2012 Sandra I. Erwin |
Navy's Unmanned Combat Aircraft Flying Under Cloud of Uncertainty The Navy expects to invest a growing share of its aviation research dollars in unmanned aircraft as it seeks to extend the reach and endurance of its carrier-based air wings. |
Military & Aerospace Electronics December 2009 |
Barco Provides Rugged HD Display Systems for Patriot Missile Defense Barco's rugged, flat-panel monitor technology will be part of the Patriot Battle Management Command and Control (BMC4I) system. |
Military & Aerospace Electronics July 2004 |
Products Telepresence tactile feedback system... Actuators for unmanned-aerial-vehicle applications... Rugged COTS airborne computer with 3U CompactPCI cards... VME single-board embedded computer... etc. |
National Defense March 2008 Breanne Wagner |
Navy Slows Pursuit of Autonomous Vessels for Coastal Surveillance The Navy has expressed interest in acquiring unmanned vessels that would patrol coastal areas, but budgetary and technological issues are slowing down the development and procurement of these vehicles. |
Military & Aerospace Electronics February 2008 Courtney E. Howard |
U.S. Navy Gains Remote Multi-Mission Vehicle to Combat Underwater Mines Lockheed Martin has delivered the Remote Multi-Mission Vehicle (RMMV) to the U.S. Navy, boosting the mine countermeasures capability of Arleigh Burke-class destroyers and littoral combat ships (LCS). |
Military & Aerospace Electronics May 2007 |
Lockheed Martin Evaluating 360-Degree Surveillance Camera From RemoteReality Lockheed needs a camera for a number of applications that call for persistent situational awareness in daylight and at night. |
Military & Aerospace Electronics November 2009 |
Lockheed Martin to Upgrade Ship Defense System on Turkish Navy Frigates Lockheed Martin will update the MK 92 fire-control system for Turkey's G-class guided-missile frigate shipboard electronics. |
National Defense November 2007 Grace Jean |
Defense System Detects Swarming Boats in Coastal Waters Lockheed Martin has developed a system that detects vessels at long distances to allow operators ample time to identify hostile situations and engage targets. |
Military & Aerospace Electronics July 2007 |
Products Mercury offers integrated UAV-based reconnaissance system... Statek crystal oscillators for unmanned vehicles... Power-amplifier module from Merrimac Industries drives UAV communications links... etc. |
National Defense January 2007 Grace Jean |
Are Autonomous Naval Vessels the Next Big Wave? Just as drones have proliferated in the skies, Navy and industry officials say unmanned systems also will take to the world's waterways in greater numbers. |
Popular Mechanics September 18, 2008 Roxana Tiron |
4 High-Tech Systems to Save the U.S. Air Force From unmanned aerial vehicles that stay aloft for five years to engines that can slow down a supersonic fighter jet, a handful of important programs explained at the 2008 AFA Symposium could engineer the next generation of military aviation. |