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1
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0032632659
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A mioromachined quartz angular rate sensor for automotive and advanced inertial applications
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Aug.
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A. M. Madni and R. D. Geddes, "A mioromachined quartz angular rate sensor for automotive and advanced inertial applications," Sensors J. Appl. Sens. Technol., vol. 16, no. 8, pp. 26-34, Aug. 1999.
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(1999)
Sensors J. Appl. Sens. Technol.
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Madni, A.M.1
Geddes, R.D.2
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3
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0029755455
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A micro-electromechanical quartz rotational rate sensor for inertial applications
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Feb.
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A. M. Madni, L. A. Wan, and S. Hammons, "A micro-electromechanical quartz rotational rate sensor for inertial applications," Proc. IEEE Aerospace Applications Conf., vol. 2, pp. 315-332, Feb. 1996.
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(1996)
Proc. IEEE Aerospace Applications Conf.
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, pp. 315-332
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Madni, A.M.1
Wan, L.A.2
Hammons, S.3
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4
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0031349157
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A miniaturized yaw rate sensor for intelligent chassis control
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Nov.
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A. M. Madni, L. A. Wan, and M. R. Layton, "A miniaturized yaw rate sensor for intelligent chassis control," Proc. IEEE Conf. Intelligent Transportation Systems, pp. 320-325, Nov. 1997.
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(1997)
Proc. IEEE Conf. Intelligent Transportation Systems
, pp. 320-325
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Madni, A.M.1
Wan, L.A.2
Layton, M.R.3
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5
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1542345217
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A third generation, highly monitored, micromachined quartz yaw rate sensor for safety-critical automotive stability control
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Mar.
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A. M. Madni and L. E. Costlow, "A third generation, highly monitored, micromachined quartz yaw rate sensor for safety-critical automotive stability control," in Proc. IEEE Aerospace Conf., Mar. 2001, pp. 2523-2534.
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(2001)
Proc. IEEE Aerospace Conf.
, pp. 2523-2534
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Madni, A.M.1
Costlow, L.E.2
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6
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0032308796
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Solid-state six degree of freedom, motion sensor for field robotic applications
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Oct.
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A. M. Madni, D. Bapna, P. D. Levin, and E. P. Krotkov, "Solid-state six degree of freedom, motion sensor for field robotic applications," Proc. IEEE/RSJ Int. Conf. Intelligent Robots and Systems, vol. 3, pp. 1389-1398, Oct. 1998.
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(1998)
Proc. IEEE/RSJ Int. Conf. Intelligent Robots and Systems
, vol.3
, pp. 1389-1398
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Madni, A.M.1
Bapna, D.2
Levin, P.D.3
Krotkov, E.P.4
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7
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3042771095
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Aerospace technology and low automotive costs benefit quartz micromachined gyros
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June. Session B1, Paper no. 4
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A. M. Madni, L. E. Costlow, and R. P. Jaffe, "Aerospace technology and low automotive costs benefit quartz micromachined gyros," in Proc. Inst. Navigation 57th Annu. Meeting, June 2001. Session B1, Paper no. 4.
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(2001)
Proc. Inst. Navigation 57th Annu. Meeting
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Madni, A.M.1
Costlow, L.E.2
Jaffe, R.P.3
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8
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3042817677
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"Rotation Rate Sensor With Built in Test Circuit," U.S. patent 5 426 970, June
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A. Florida, P. Gupta, D. Macy, and H. Morris, "Rotation Rate Sensor With Built in Test Circuit," U.S. patent 5 426 970, June 1995.
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(1995)
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Florida, A.1
Gupta, P.2
Macy, D.3
Morris, H.4
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9
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3042853456
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"Rotation Rate Sensor With Center Mounted Tuning Fork," U.S. patent 5 396 144, Mar. 7
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P. K. Gupta and C. E. Jenson, "Rotation Rate Sensor With Center Mounted Tuning Fork," U.S. patent 5 396 144, Mar. 7, 1995.
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(1995)
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Gupta, P.K.1
Jenson, C.E.2
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10
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3042733790
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"Inertial Rate Sensor Tuning Fork," U.S. patent 6 262 520 B1, July 17
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S. J. Knowles, "Inertial Rate Sensor Tuning Fork," U.S. patent 6 262 520 B1, July 17, 2001.
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(2001)
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Knowles, S.J.1
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11
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3042817676
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Full circle commercialization of a quartz rate sensor: Aerospace to automotive to aerospace
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Ypsilanti, MI, Sept. 8-12
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A. M. Madni, L. E. Costlow, and J. LaBoskey, "Full circle commercialization of a quartz rate sensor: Aerospace to automotive to aerospace," in Proc. COMS, Ypsilanti, MI, Sept. 8-12, 2002, pp. 443-451.
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(2002)
Proc. COMS
, pp. 443-451
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Madni, A.M.1
Costlow, L.E.2
LaBoskey, J.3
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