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Northrop Grumman's Family of Fiber-Optic Based Inertial Navigation ...

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Dr. Charles Volk<br />

Vice President and Chief Technologist<br />

Dr. Charles Volk is the Vice President and Chief Technologist for <strong>Northrop</strong> Grumman’s<br />

<strong>Navigation</strong> Systems Division (NSD) in Woodland Hills, California. Dr. Volk<br />

joined Litton Industries’ Guidance and Control Systems Division (GCS) in 1977 after<br />

earning his undergraduate degree in physics from Lake Forest College and a PhD in<br />

Physics from Indiana University. His initial work involved the development <strong>of</strong> a nuclear<br />

magnetic resonance gyroscope, which was a practical extension <strong>of</strong> his doctoral thesis in atomic physics. In<br />

1980 Dr. Volk joined the Aerospace Corporation in El Segundo, California and worked on refi nement <strong>of</strong><br />

atomic clocks for GPS and MILSTAR programs. In 1984 he returned to Litton GCS assuming increasing<br />

levels <strong>of</strong> responsibility, and was named Vice President <strong>of</strong> Engineering in 1999. When <strong>Northrop</strong> Grumman<br />

acquired Litton Industries in 2001, Dr. Volk became the Vice President <strong>of</strong> Engineering and Manufacturing<br />

for the Western Region <strong>of</strong> <strong>Northrop</strong> Grumman’s Electronic Systems Sector. He was appointed Chief<br />

Technologist for <strong>Navigation</strong> Systems Division in 2003 to allow him to focus on technology.<br />

Jonathan Lincoln<br />

Manager, Systems Analysis Department<br />

Jonathan Lincoln is a senior systems engineer with <strong>Northrop</strong> Grumman NSD in Woodland<br />

Hills, California. He has been with NSD since 1983, primarily responsible for<br />

the s<strong>of</strong>tware and system development <strong>of</strong> state-<strong>of</strong>-the-art GPS aided FOG/RLG-based<br />

inertial navigation systems. He was the lead system engineer on the GGP program, the<br />

fi rst high-accuracy FOG inertial navigation system, and is the author <strong>of</strong> a number <strong>of</strong><br />

patents and papers. Most recently, he has worked on integrating the StarFire TM differential GPS receiver<br />

with the LN-251 and making improvements to the integrated INS/GPS performance to meet high-accuracy<br />

velocity requirements. He received his BS in Math/Computer Science from UCLA and his MSEE<br />

from California State University, Northridge.<br />

Daniel Tazartes<br />

Director, Advanced Technology<br />

With NSD since 1984, Daniel Tazartes has developed several generations <strong>of</strong> navigation<br />

systems. His expertise includes strapdown, inertial, and aided navigation solutions.<br />

He was instrumental in the successful development <strong>of</strong> ring laser and fi ber optic gyro<br />

navigation systems. He holds more than 50 patents and has published numerous papers<br />

in navigation, inertial instruments, and signal processing technologies. In 2002, he received<br />

the Institute <strong>of</strong> <strong>Navigation</strong>’s Weems Award for continuing contributions to the art and science <strong>of</strong><br />

navigation. Currently he is responsible for developing new technologies, products, and solutions responsive<br />

to NSD’s customers.<br />

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