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JFCOM, Microsoft Extend Cooperative Agreement

June 16, 2008
By H. Mosher

The U.S. Joint Forces Command (JFCOM) has extended its cooperative research and development agreement (CRADA) between Microsoft Corporation and the command's Joint Center for Operational Analysis Knowledge and Information Fusion Exchange (KnIFE) program for one year. KnIFE answers questions from and provides training materials to deployed and predeployment units using a database of the latest enemy tactics, techniques and procedures. The extension allows KnIFE and Microsoft to complete efforts initiated under the original agreement. In addition, the command hopes to explore new experiments involving service-oriented architecture and business intelligence.

Thin Disk Laser Lights Up

June 15, 2008
By H. Mosher

An experimental solid-state laser successfully passed a series of repeated test firings. Developed by the Boeing Company, the thin-disk laser is part of the company's effort to develop a weapons-capable solid-state laser as a tactical weapon. Relying on electricity rather than volatile chemicals for power, the weapon achieved power levels of more than 25 kilowatts in several-second durations. Company officials note that the successful tests demonstrate the laser's potential to scale up to 100 kilowatts, the U.S. Defense Department's threshold for a tactical energy weapon.

New Artillery Unveiled

June 15, 2008
By H. Mosher

The U.S. Army displayed its newest weapons system in Washington, D.C., this month. The non-line-of-sight cannon (NLOS-C) is the first new vehicle type in a family of eight new manned ground vehicles planned for the Future Combat Systems. The mobile artillery piece features a fully automated cannon, allowing troops to engage targets more quickly than current artillery systems. A hybrid-electric engine that requires less fuel than current vehicles powers the NLOS-C vehicle.

Webinar July 16: Securing a Highly Available Infrastructure

June 14, 2008
By H. Mosher

SIGNAL continues its webinar series on July 16, 2008, 12 noon ET, with Securing a Highly Available Infrastructure. The webinar will feature William F. Clark, VP, Technical Sales and Public Sector CTO, CA, Inc., discussing how you build and operate a secure, federated, authenticated, connected world and still have a life? DoD IT organizations face an increasingly complex set of challenges around information sharing, security, SLAs, industry standards and mandates.

This Webinar will address two important and intertwined concepts:

1. Enabling secure access to critical applications, information, and services across disparate enterprises.
2. Providing a solid foundation for reliable federation and information exchange.

You'll hear about best practices and real-world examples from a federation expert and IT specialist who has 30 years of experience across multiple government and business sectors.

For more information and to register, click here.

IBM Research

June 10, 2008
By H. Mosher

A longtime leader in computer and electronics research, IBM is committed to furthering nanotechnology research. The goal of the company's work is to develop new atomic and molecular-scale structures and devices to enhance information technologies. The IBM home page offers links highlighting a number of projects such as bionanotechnology, materials characterization and tools, nanoelectronics, nanomaterials and self-assembly, nanomechanics, and quantum coherent systems. Two examples of the firm's research are self-organizing nanocrystals that can be formed into thin-films and organic thin-film transistors that can be used in applications such as electronic paper, print circuitry and displays.

http://domino.research.ibm.com/comm/research.nsf/pages/r.nanotech.html

Direct Hit Quotes for June

June 9, 2008
By H. Mosher

From June's SIGNAL Today, some interesting quotes from the June issue of SIGNAL Magazine.

"Going through one wall is not that bad, but a building is basically an RF hall of mirrors. You've got signals bouncing all over the place." - Dr. Edward J. Baranoski, Visibuilding program manager,
in Sensor Technology Opens New Horizons

"The Web is worse than the wild, wild West in terms of what's out there. At the rate things are going, we may lose the ability to have a networked world unless we develop tools for much better security."- Dave Bishop, chief technology officer and chief operating officer of LGS Innovations, in Innovators Imagine Communications Far Down the Road

"We truly see different types of attacks when we're doing our research. Sometimes we're really impressed with the sophistication that just indicates the talent on the other side."- Yuval Ben-Itzak, chief technology officer, Finjan Incorporated, in Web 2 the Danger Zone

Also from SIGNAL Today this month, our featured image of the month:

Joint tactics training exercise

U.S. Marine Maj. John Naylor, U.S. Air Force Master Sgt. Joe Dibenepetto and U.S. Marine Master Sgt. Mark Cain work on sending data links of radar information to U.S. aircraft at Eielson Air Force Base, Alaska.

National Nanotechnology Initiative (NNI)

June 9, 2008
By Henry Kenyon

The NNI was launched in 2001 to coordinate the U.S. federal government's nanotechnology research and development. Its mission is to provide a guiding vision for the long term opportunities and benefits of nanotechnology and to serve as a center for communication, cooperation and collaboration between all the participating government agencies. The NNI's home page provides information about federal advisory groups such as the National Science and Technology Council and its Nanoscale Science Engineering and Technology subcommittee. Visitors can download the NNI's fiscal year 2009 budget documents and a variety of papers, brochures and reports from the initiative's home page. The site also provides a list of NNI research centers such as the Center for Functional Nanomaterials at Brookhaven National Laboratory.

Visit the site at www.nano.gov.

CharityWorks Partners With Fisher House

June 6, 2008
By Rita Boland

CharityWorks, an organization in the Washington, D.C., area that fundraises for nonprofits, has partnered with Fisher House to raise money for the construction of the new Fisher House at the Washington, D.C., Veterans Affairs Medical Center. The house will have 16,000 square feet and 21 guest suites. The goal is to raise $2 million by the end of September. The selection of Fisher House as this year's charity marks the first time a partner was unanimously selected by the advisory board and membership of CharityWorks. The main fundraising event will be the CharityWorks Dream Ball on September 27 at the National Building Museum. Other funds come from personal and corporate donations. CharityWorks keeps administrative costs to a minimum, and 100 percent of all online donations go to the partner nonprofit. Computer Sciences Corporation is the host sponsor this year, and the chief executive officer of ManTech International and his wife are leading the fundraising campaign. Both organizations have made major contributions, have launched employee giving campaigns and are reaching out to industry peers. Other Honor Guard donors (those who pledge more than $100,000) include BAE Systems, Bearing Point, L-3 Communications, Fisher Brothers, Freddie Mac and Freddie Mac Foundation. CharityWorks also is hosting an invitation-only Housewarming Party for the new Fisher House at the Fisher Houses at Bethesda Naval Station Hospital in an effort to gather items needed for inside the facility. In addition, CharityWorks will have Booth 631 at the AFCEA Joint Warfighting Conference to raise awareness of the campaign for Fisher House and to invite participants to learn more about how they can support the effort.

Professor Zhong L. Wang's Nano Research Group

June 3, 2008
By Henry Kenyon

Nanostructures have a range of applications in electronics and materials research, but before they can be mass-produced, the processes to grow them consistently and accurately must be understood. A part of the Georgia Institute of Technology's School of Materials Science, this research group focuses its work on the physical and chemical processes in nanomaterials growth, the unique properties of nanosystems, new measurement techniques and new applications for nanoscale objects. The group's home page features its research on a range of nanostructures such as nanogenerators, nanobows, nanopropellor arrays, nanowire bundles, nanosaws and nanorods. Information about these projects can be downloaded from the site.

www.nanoscience.gatech.edu/zlwang/

Rensselaer Polytechnic Institute

June 2, 2008
By Henry Kenyon

This academic institution is heavily involved in nanotechnology research and hosts the National Science Foundation's Nanoscale Science and Engineering Center on its campus. The Institute is especially active with carbon nanotubes-tiny tubelike structures that possess unique physical, thermal and electrical properties. Visitors can learn about integrating nanotubes into electronics, incorporating nanotubes into composite materials for enhanced strength and forming nanotubes into tiny springs, rods and beams for nanomachines.

Visit the site at
www.rpi.edu/research/nanotechnology/index.html
.

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