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Military & Aerospace Electronics December 2008	BAE Systems Delivers Prototype Multispectral Imaging Night-Vision Goggles to U.S. Army BAE Systems is delivering a prototype, helmet-mounted, night-vision goggle system to the Army that combines visible-light and infrared sensor technology.
National Defense October 2013 Valerie Insinna	New Technologies Fuel Advancements in Night Vision Goggles Unlike the massive acquisition programs for fighter jets and combat vehicles, night vision technologies need to be refreshed every few years in order for troops to maintain their edge against adversaries.
National Defense October 2009 Grace V. Jean	Inadequate Displays, Shortage of Bandwidth Could Slow Advances in Night Vision Systems The military's night-vision capabilities are going digital, but displaying and sharing those electronic feeds could become a problem in the future if the dissemination of battlefield video today is any indication.
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 May 2007 Courtney E. Howard	Flexible and Wearable Display Technologies Are Critical to Today's Dismounted Soldiers The U.S. Department of Defense is increasingly investing in the advancement of display technology for military applications. The U.S. Army, in particular, is a driving force in the acceleration of display technology for defense environments.
National Defense April 2014 Sandra I. Erwin	Army to Equip Soldiers With New Sensors for Night Targeting The wars of the past decade exposed weaknesses in Army technology for infantry troops. Close-combat equipment such as night vision goggles and weapon sights are bulky and drain batteries fast.
National Defense October 2007 Stew Magnuson	Researchers Push for Advances in Night Vision Technology Night vision technology once gave the nation's armed forces an edge on the battlefield, but the devices have proliferated around the world.
Military & Aerospace Electronics February 2010 John McHale	First round accuracy Many special forces operators like to say the last thing they want is a fair fight. They want to overwhelm the enemy so that he cannot even shoot back.
National Defense October 2006 Stew Magnuson	U.S. Labs Look for Edge as Night Vision Technology Spreads While night vision technology is ubiquitous, military research labs continue the push to give U.S. war fighters nighttime optics that are several steps ahead of what can be bought at any hunting and fishing store, or duplicated by foreign militaries.
National Defense September 2004 Sandra I. Erwin	Battlefield Information Glut Not Always Useful to Soldiers The U.S. military services need to find better ways to collect and manage intelligence in complex urban war zones, according to U.S. Joint Forces Command studies.
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.
Military & Aerospace Electronics November 2008 John Keller	Joining sensors through data fusion Data experts are are relying on various approaches to refine sensor outputs into useful information, and essentially create a whole sensor picture that is greater than the sum of its parts.
Defense Update Issue 1, 2008	FCS Vehicles Move On The new family of vehicles is introducing many new capabilities to the Army, including electrical propulsion for combat vehicles.
Military & Aerospace Electronics December 2005 John McHale	U.S. Army's Pivotal Land Warrior System Close to Fielding General Dynamics C4 Systems is integrating as many as 500 Land Warrior ensembles and Stryker integration kits into a Stryker experimental battalion to conduct special tests.
Defense Update Issue 1, 2006	Unattended Ground Sensors After several decades of rather obscure awareness in military operations, the use of passive sensors for remote battlefield applications is becoming more popular... Ground surveillance sensors... Future combat systems... etc.
Military & Aerospace Electronics April 2005 John McHale	Crane developing microsensor network for homeland security and defense The Micro Sensor System from Crane Aerospace will help improve U.S. Army intelligence systems.
Military & Aerospace Electronics January 2007	DRS Technologies to provide lightweight electro-optical/infrared sensors for Army FCS UAVs The sensors will provide imagery during reconnaissance, surveillance, and target-acquisition (RSTA) missions and enhanced reconnaissance and security/early-warning capabilities, which will increase situational awareness.
National Defense May 2013 Michael Sloane	Army Developing New Sensors and Lasers for Infantry Troops The new sensors and lasers will enhance the ability of infantry troops to engage targets accurately at distances, at all light levels, and in obscured environments.
National Defense July 2013 Valerie Insinna	New Lightweight Infrared Systems Under Development for Army Raytheon officials said its third wave of forward-looking infrared devices, called FLIR, could be in soldiers' hands within a few years.
Military & Aerospace Electronics January 2005	Optoelectronics Help Special Forces Shoot Farther and More Accurately Optoelectronic devices such as laser sights, binoculars, and infrared sensors are enabling the transformation of American special operations forces to deploy and execute their missions more quickly and more efficiently than ever before.
National Defense July 2009 Grace V. Jean	360-Degree Sensor to Help Troops Nab Insurgents Nabbing insurgents before they can plant roadside bombs or finding enemy snipers before they shoot have been among the toughest challenges that the U.S. military has faced in current conflicts.
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 January 2006 John Keller	DARPA approaches industry for ideas for unmanned underwater surveillance technology The agency seeks to improve underwater surveillance in and along ocean coasts, ocean harbors, lakes, and rivers with a distributed set of stationary and mobile assets.
Military & Aerospace Electronics November 2006 John Keller	Digital and multispectral technologies are poised to improve military night-vision systems Emerging digital night-vision devices have the potential to improve image quality, pull out important details from clutter, reduce size, weight and cost, and more.
National Defense February 2006 Frank Colucci	Truck Crews Test Anti-Sniper Acoustic Sensors To help defend U.S. soldiers in Iraq from sniper attacks, the Army will be testing a prototype acoustic sensor that will be installed in a weapon-mounted Humvee truck.
Military & Aerospace Electronics May 2005 John McHale	Sensors Unlimited develops InGaAs technology for cutting-edge IR programs Indium gallium arsenide-based shortwave infrared imaging is being merged with thermal imaging for military night-vision technology to produce an imaging network with soldiers and with command-and-control authorities.
Military & Aerospace Electronics December 2006	LabVIEW Drivers for Wireless Sensor Networks National Instruments announced LabVIEW drivers for wireless sensor networks, giving engineers and scientists working with these devices the ability to fully integrate their wireless sensors into a graphical development environment.
National Defense May 2007 Stew Magnuson	Soldiers Test Tools for Urban Surveillance Field tests begin for the first technologies scheduled to reach soldiers' hands from the Future Combat Systems program.
Military & Aerospace Electronics March 2010 John Keller	Multisensor Designs and Increasing Resolutions Are Major Trends in Infrared and Other Electro-Optical Sensors Infrared (IR) and other electro-optical sensors will see major technological breakthroughs in sensitivity, resolution, and overall ability to help military forces see through fog, smoke, dust, and the darkness of night.
National Defense May 2004 Roxana Tiron	Army Plans to Network Ground Robots and Unmanned Aircraft Army researchers are working on a program that would pair autonomous unmanned aircraft with ground robots.
National Defense May 2008 Breanne Wagner	Urban Surveillance Still Falling Short, Say Army Commanders Army commanders need more sophisticated aerial surveillance sensors to give them a wider, more detailed view of the complex urban battlefield.
Technology Research News July 30, 2003 Kimberly Patch	Eyes off, screen off Giving computers the ability to discern where you are looking means, among other possibilities, setting screens to go dormant when they don't have your attention. The trick to making it practical is keeping the energy-saving mechanism from using more energy than it saves.
Military & Aerospace Electronics April 2008	DARPA Looks to Sensors Unlimited to Develop Next-Generation Night-Vision Technology The night-vision sensor technology will be for helmet-mounted and micro vehicle applications.
Military & Aerospace Electronics May 2005 J.R. Wilson	Transformational Communications The world of military communications is on the verge of massive and revolutionary change, driving towards a networked battlespace. Still, what matters most is the person at the "pointy end of the spear."
Military & Aerospace Electronics January 2010 John Keller	Army Approaches Industry for Ideas on Developing a Vehicle-Mounted, Sniper-Detection Sensor System U.S. Army leaders are beginning the process of developing a sensor system mountable to Army tactical vehicles that can detect the presence of enemy snipers and marksmen before the enemy has a chance to shoot.
Military & Aerospace Electronics November 2009 John Keller	Multi-Sensor Fusion Hits the Mainstream Once considered as futuristic, difficult, and elusive, multi-sensor fusion is coming into its own as a standard approach of processing signals from a wide variety of sensors, and making sense of incomplete and sketchy sensor data.
Military & Aerospace Electronics February 2006	Armored vehicles use Barco displays The Flexivision III electro-optical sensor video processing system will boost situational awareness systems in armored vehicles.
Military & Aerospace Electronics January 2008 John Keller	Night-Vision Devices to Blend Infrared Technology, Image Intensifiers The next steps for improving thermal sensors and light intensifiers for night-vision devices will involve combining information from several kinds of sensors.
Military & Aerospace Electronics July 2006 Courtney E. Howard	Future Force is on the Move Tomorrow's warfighters are here today, years earlier than initially anticipated. The U.S. Army's Future Force Warrior program, under the umbrella of the organization's Future Combat Systems project, received a significant boost from an advanced technology demonstration last month.
Military & Aerospace Electronics July 2009 John McHale	It Always Feels Like Somebody's Watching me... Today's video security technology can provide impressive detailed surveillance in many ways, but developers are using video analytics, image fusion, and high-definition methods to obtain even better night and day images.
National Defense November 2009 Erwin, Jean & Magnuson	Today's Fights Expose Technological Weak Spots Disruptive challenges, such as roadside bombs, combatants camouflaged as civilians, and insurgent camps that are undetectable by electronic sensors, have forced U.S. military leaders to search for new tactics and technologies.
National Defense February 2009 Grace V. Jean	Coming Soon: Cockpits in Combat Trucks Cockpit-like technology could turn plain humvees into multimedia hubs. It also would allow soldiers to control sensors and weapons from the safety of their armored cabs.
Military & Aerospace Electronics November 2008 John Keller	Mercury offers processor architecture to give network access to reconfigurable computers A new sensor-fusion capability, called the Converged Sensor Network architecture, is designed to blend high-performance embedded computing systems into a converged sensor network environment.
Military & Aerospace Electronics February 2010 John Keller	Pentagon seeks to build airborne infrared sensor for ballistic missile defense Leaders of the U.S. Missile Defense Agency in Washington are trying to develop an airborne infrared sensor system within the next five years that is capable of tracking and intercepting enemy ballistic missiles in boost phase at or near engine burnout.
National Defense March 2011 Eric Beidel	Eyes of Army Drones Multiply, Open Wide Even though unmanned aircraft have generally been spared from the conversation about the Pentagon's spending cuts, Army officials want to increase ISR capabilities without adding personnel or aircraft.
Military & Aerospace Electronics December 2009 J.R. Wilson	The Future of Precision-Guided Munitions Smart bullets for infantry weapons, GPS receivers built into the soldier's boot, eliminating enemy snipers before they have a chance to shoot, and counter-RPG systems are the future of weaponry.
National Defense August 2011 Grace V. Jean	New Sensor Aims to Give F-35 Pilots a 'Window Into the Night' F-35 fighter pilots will wear a helmet that allows them to peer into the darkness with ease -- but only if a new digital sensor proves itself as capable as or better than existing night vision technology.
PC Magazine February 1, 2006 Sebastian Rupley	Lights, Cameras--Everywhere Astounding battery life could lead to the camera's next frontiers.
Military & Aerospace Electronics September 2005 John Keller	Pentagon eyes improved optoelectronic sensors for missile defense Trex Enterprises is helping the U.S. military improve their ballistic missile defense through advanced optoelectronic sensor technologies.
National Defense January 2012 Eric Beidel	Inkjet Printers Prepare for War Researchers at the Georgia Institute of Technology have developed a prototype wireless sensor that can be printed on paper or similar material using standard inkjet technology.