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Your search keyword '"Clifford O. Swanson"' showing total 4 results
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4 results on '"Clifford O. Swanson"'

1. IEEE Standard for Binary Floating-Point Arithmetic

Author

M. Dundee Maples, David Feign, Martin Graham, Howard Fullmer, C. W. Gear, Edward Chelotti, Eugene Fisher, Tom Pittman, James H. Beall, Janis Baron, Dar-Sun Tsien, Shlomo Waser, John P. Riganati, W. Kahan, Paul G. Cummings, William Ames, Les Kohn, Charles J. Wylie, Chuck Hastings, Gary R. Burke, Dean Miller, Cash Olsen, John S. Walther, Harold S. Stone, Donn Denman, Daniel L. Goldberg, Robert Stewart, Smart Feldman, Daniel D. Gajski, Greg Walker, John E. May, Stan Schmidt, Lloyd Fosdick, Rene Castenschiold, Lew Randall, Irvin N. Howell, E. H. Bristol, Suren Irukulla, Ed Burdick, Steve Baumel, R. F. Lawrence, Charles White, Edward J. Cohen, Howard Kaikow, Paul Clemente, Irving Kolodny, Richard, Joel Boney, Frederic N. Ris, William H. McAllister, J. Richard Weger, Kenton Hanson, Christian Reinsch, Robert Reid, Paul S. Jensen, W. D. Strecker, Mike Arya, Webb Miller, John C. Nash, Donald C. Fleckenstein, Jack Kinn, Jim Bunch, Robert Swarz, Robert L. Smith, Augustin A. Dubrulle, Don Feinberg, Richard Fateman, Colin McMaster, James W. Thomas, Jay Forster, David Gustavson, Andrew Allison, Robert Fraley, Wayne Davison, Sava I. Sherr, Lawrence V. McCall, Philip J. Faillace, Dan O 'Dowd, Clifford O. Swanson, Jerome T. Coonen, Frank L. Rose, Joseph L. Koepfinger, Donald T. Michael, Dave Patterson, Jim Crapuchettes, G. W. Stewart, R. H. Delp, Virginia Klema, Richard Karpinski, Van Shahan, Itzhak Davidesko, Fletcher J. Buckley, Paul F. Flanagan, W. J. Cody, James Demmel, Thomas E. Hull, John F. Palmer, Beresford Parlett, Roger Stafford, W. B. Wilkens, Werner Buchholz, Guy K. Haas, Tom Eggers, A. Padegs, David Hough, John E. Howe, Mary H. Payne, Kenneth D. Hendrix, P. C. Waterman, Gordon Force, George Taylor, Alvin Despain, Roy Martin, Dileep Bhandarkar, and Dan Kuyper

Subjects
Floating point, Computer science, Binary number, National standard, Arithmetic, Algorithm, IEEE floating point
Published
2008
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2. Inertial reference unit design for small spacecraft

Author

Edgar Barton and Clifford O. Swanson

Subjects
Engineering, Spacecraft, business.industry, Inertial reference unit, Gyroscope, Control engineering, law.invention, Attitude control, Missile, Inertial measurement unit, law, Ring laser gyroscope, Aerospace engineering, business, Inertial navigation system
Abstract

Significant technical considerations prompted the start of an evolution, twenty years ago, from the use of the floated, rate- integrating gyro to the dynamically tuned gyro (DTG) for the precision, three-axis attitude control of spacecraft. DTG's have since then been widely applied in U.S. spacecraft. The anticipated advent of smaller, lower cost spacecraft prompted the development of a new generation, lower cost, low weight (3.6 lb/1.8 kg), moderate performance inertial reference unit (IRU) for such applications by making use of the miniature CONEX DTG. The resulting two-axis rate assembly has already been qualified and delivered to two programs. In parallel, development of a miniature, three-axis ring laser gyro has proceeded to the point where an inertial measurement unit has entered the early phase of production for a tactical missile program. Simple modification of the hardware will provide a production-based IRU or IMU design at a cost advantage for spacecraft applications.© (1994) COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract is permitted for personal use only.

Published
1994
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