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Military & Aerospace Electronics
December 2004 |
Software-Defined Radio and Jtrs The U.S. military's next-generation radio system is to be based on software-defined radios, which will enable one radio to communicate with several radio networks, no matter the type of radio, whether it be SINCGARS or a satellite terminal.   |
Military & Aerospace Electronics
October 2009
John McHale |
SDR: A Spectrum of Possibilities Whether it is called a disruptive technology or a paradigm shift in communications, the proliferation of software-defined radio (SDR) technology is changing the way the military and other industries view radio communications. |
Military & Aerospace Electronics
January 2007 |
NASA Chooses Green Hills for Space Communications Technology Green Hills software will help support future advanced space and ground-based communications operations. |
Military & Aerospace Electronics
October 2008
John McHale |
SDR: Here, There, and Everywhere Software-defined radio technology, driven by the Joint Tactical Radio System program, is enhancing communications throughout the U.S. military and in civilian and commercial applications worldwide. |
National Defense
February 2013
Valerie Insinna |
Radio Competition Reaches Final Stretch Companies competing for the Mid-Tier Networking Vehicular Radio have one more test before the Army awards a contract this year. |
Military & Aerospace Electronics
April 2006 |
Digital Signal Corp. Uses Spectrum Software in Laser Radar Development Digital Signal Corp. is implementing the Spectrum Signal Processing Inc. flexComm SDR-4000 software-defined radio in developing a laser radar for the U.S. Department of Defense. |
Military & Aerospace Electronics
March 2007 |
NASA Selects Green Hills Software for Space-Telecommunications Radio-System Prototype NASA engineers are employing the Green Hills platform for software-defined radio (SDR) with Spectrum Signal's flexCommTM SDR-4000 reconfigurable, multifunction communications platform. |
IEEE Spectrum
February 2007
Roy Rubenstein |
Radios Get Smart But can they be trusted to roam the spectrum and not interfere with existing users? Some analysts say it's only a matter of time before cognitive radios get into the commercial arena, because the economics are compelling. |
Military & Aerospace Electronics
October 2004 |
Lockheed Martin and Boeing compete for JTRS contract The Joint Tactical Radio System will replace stovepipe radio frequency communications. Battlefield commanders will use the new network to trade voice, data, and video between air, maritime, and fixed stations worldwide. |
National Defense
March 2011
Stew Magnuson |
New Radio Software Promises Improved Access to Military Satellites Radio manufacturers this year will offer to their military customers a new application that will provide easier connections to communication satellites. |
National Defense
January 2012
Stew Magnuson |
Rise of Smartphones May Sound Death Knell for Old Push-to-Talk Radios Handing an infantryman a device the size and shape of a brick that can only perform one task, voice communications, may soon be akin to issuing him a musket. |
National Defense
July 2012
Dan Ward |
Tactical Radios: Military Procurement Gone Awry How exactly did the Army go about making the radio better and better? By increasing its complexity, extending the schedule, spending more money and making the device larger. |
Military & Aerospace Electronics
November 2005
John McHale |
AUSA showcases technology for a network-centric force Dominating the first Gulf War was the ability of the U.S. military to fight at night as most armies do in daytime. The second Gulf War drove that home even more convincingly. |
National Defense
September 2010
Sandra I. Erwin |
Army Under Pressure to Bring Broadband to The Battlefield In the Army's 2010 modernization roadmap, the "network" is billed as a top priority. |
Home Toys
October 2002
Pandey et al. |
VLSI implementation of OFDM modem OFDM is a multi-carrier system where data bits are encoded to multiple sub-carriers and sent simultaneously in time. The result is an optimum usage of bandwidth. |
National Defense
August 2007
Sandra I. Erwin |
Closest of Allies, But Not When it Comes to Radios Despite considerable advances in tactical communications technology interoperability on the battlefield between U.S. and U.K. forces remains years away. |
Military & Aerospace Electronics
June 2005 |
Marines Pick L-3 Navigation Tool L-3 won a production order for the Improved Position and Azimuth Determining System (IPADS), a free inertial high accuracy system designed for Army and Marine survey needs, including all-weather performance, and lightweight, rugged durability. |
