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1
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0003441138
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chapters 3, 4, and 5; McGraw-Hill
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L.L. Beranek, Noise and Vibration Control, chapters 3, 4, and 5; McGraw-Hill, 1971, pp. 45-137.
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(1971)
Noise and Vibration Control
, pp. 45-137
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Beranek, L.L.1
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2
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21344466108
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"Variable Time Delay Drum"
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Dec
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D. Noiseux, "Variable Time Delay Drum," BBN Report 1119, Dec. 1963.
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(1963)
BBN Report 1119
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Noiseux, D.1
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3
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21344447076
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"Description of BBN 339A Bilateral Log Converter"
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Oct
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H. Fox and E. Starr, "Description of BBN 339A Bilateral Log Converter," BBN Report 680, Oct. 1959.
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(1959)
BBN Report 680
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Fox, H.1
Starr, E.2
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4
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21344459061
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For a description and history of Sosus, see
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For a description and history of Sosus, see http://www.pmel.noaa.gov/ vents/acoustics/biblio_sosus.html
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5
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5844336516
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"The Meaning and Measurement of Perceived Noise Level"
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K.D. Kryter, "The Meaning and Measurement of Perceived Noise Level," Noise Control, vol. 6, no. 5, 1960, pp. 12-17.
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(1960)
Noise Control
, vol.6
, Issue.5
, pp. 12-17
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Kryter, K.D.1
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6
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21344469956
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"Some Effects of Spectral Content, Duration and Rise Time on Perceived Noise"
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Dec
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K.D. Kryter and K. Pearsons, "Some Effects of Spectral Content, Duration and Rise Time on Perceived Noise," BBN Report 965, Dec. 1962.
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(1962)
BBN Report 965
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Kryter, K.D.1
Pearsons, K.2
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7
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0015357643
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"Measuring Noise Pollution"
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E. Starr, "Measuring Noise Pollution," IEEE Spectrum, vol. 9, no. 6, 1972, pp. 18-25.
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(1972)
IEEE Spectrum
, vol.9
, Issue.6
, pp. 18-25
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Starr, E.1
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8
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84955013022
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"Loudness, Its Definition, Measurement and Calculation"
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Work by Fletcher and Munson in the early 1930s had defined equal loudness contours vs. frequency for humans. These curves formed the basis of the other weightings for sound level meters, as shown in Figure 1. October
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Work by Fletcher and Munson in the early 1930s had defined equal loudness contours vs. frequency for humans. These curves formed the basis of the other weightings for sound level meters, as shown in Figure 1. H. Fletcher and W.A. Munson, "Loudness, Its Definition, Measurement and Calculation," J. Acoustical Soc. of America, vol. 5, October 1933, pp. 82-108.
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(1933)
J. Acoustical Soc. of America
, vol.5
, pp. 82-108
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Munson, H.1
Fletcher, W.A.2
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9
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0008148353
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Digital Press
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G. Bell, C. Mudge, and J. McNamara, Computer Engineering, a DEC View of Hardware System Design, Digital Press, 1978.
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(1978)
Computer Engineering, a DEC View of Hardware System Design
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Bell, G.1
Mudge, C.2
McNamara, J.3
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10
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21344447304
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"Design of the Instrumentation Center for Matapan Hydroacoustic Noise Measurements"
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Mar
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D. Steele, R. Wagner, and E. Starr, "Design of the Instrumentation Center for Matapan Hydroacoustic Noise Measurements," BBN Report 2162, Mar. 1971.
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(1971)
BBN Report 2162
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Steele, D.1
Wagner, R.2
Starr, E.3
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12
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21344440790
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note
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Information processing as used in this article generally includes computer-based algorithms for detection of signals, their characterization and classification, grouping of detections which have all come from the same target, and tracking the targets.
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13
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0004235293
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Some information processing capabilities were intended to run only on the PDP-10. BBN designed one such information processing program to identify and track targets among the copious signal processing data. The Octopus tracker was the first practical use of Kalman filtering on measurements of uncertain origin (from the target of interest, other targets, or clutter). The Octopus project had actually begun before the ARC program, but the project found a strong home in the ARC. Octopus used a Bayesian approach to associate uncertain, asynchronous, heterogeneous measurements (bearings and time delay differences)with targets, displaying position estimates, and error ellipses on a geographic display. This Probabilistic Data Association Filter became the key algorithm and is described in a textbook co-authored by BBNer Tom Fortmann and consultant Yaakov Bar-Shalom: Academic Press
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Some information processing capabilities were intended to run only on the PDP-10. BBN designed one such information processing program to identify and track targets among the copious signal processing data. The Octopus tracker was the first practical use of Kalman filtering on measurements of uncertain origin (from the target of interest, other targets, or clutter). The Octopus project had actually begun before the ARC program, but the project found a strong home in the ARC. Octopus used a Bayesian approach to associate uncertain, asynchronous, heterogeneous measurements (bearings and time delay differences)with targets, displaying position estimates, and error ellipses on a geographic display. This Probabilistic Data Association Filter became the key algorithm and is described in a textbook co-authored by BBNer Tom Fortmann and consultant Yaakov Bar-Shalom: Y. Bar-Shalom and T.E. Fortmann, Tracking and Data Association, Academic Press, 1988.
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(1988)
Tracking and Data Association
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Bar-Shalom, Y.1
Fortmann, T.E.2
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14
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21344441977
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"The Detection of ASW Aircraft by Their Underwater Acoustic Signatures - A Theoretical and Experimental Investigation (U)"
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USN Office of Naval Research, Nov. Confidential
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J. Nitsche and J. Waters; "The Detection of ASW Aircraft by Their Underwater Acoustic Signatures - A Theoretical and Experimental Investigation (U)," Proc. 29th Navy Symp. Underwater Acoustics, Vol. 2, USN Office of Naval Research, Nov. 1972, pp. 111-128. Confidential.
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(1972)
Proc. 29th Navy Symp. Underwater Acoustics
, vol.2
, pp. 111-128
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Nitsche, J.1
Waters, J.2
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15
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21344452586
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"Sound Transmission through the Sea Surface"
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Nov. 1976 Fall
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J.J. Barger, J.R. Nitsche, and D. Sachs, "Sound Transmission through the Sea Surface," J. Acoust. Soc. of America, Nov. 1976, Supplement No. 1, Fall 1976, pp. S35 (A).
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(1976)
J. Acoust. Soc. of America
, Issue.SUPPL. 1
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Barger, J.J.1
Nitsche, J.R.2
Sachs, D.3
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16
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21344433268
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"A Comparative Estimate of the Underwater Detectability of the P-3 and S-3 Aircraft (U)"
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USN Office of Naval Research, Nov. Confidential
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J.R. Nitsche, J. O'Connor, and J. Bigler, "A Comparative Estimate of the Underwater Detectability of the P-3 and S-3 Aircraft (U)," Proc 32nd Navy Symp. Underwater Acoustics, vol. 2, USN Office of Naval Research, Nov. 1978, pp. 407-418. Confidential.
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(1978)
Proc. 32nd Navy Symp. Underwater Acoustics
, vol.2
, pp. 407-418
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Nitsche, J.R.1
O'Connor, J.2
Bigler, J.3
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17
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21344432383
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note
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The BQQ-5 was the designation of the sonar system installed on US Attack Submarines at that time. The TB-29 towed-line array used was part of the BQQ-5 system.
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18
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21344453801
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"AUSEX Brassboard Processing System"
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Nov
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D. Steele et al., "AUSEX Brassboard Processing System," BBN Report 4497, Nov. 1980.
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(1980)
BBN Report 4497
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Steele, D.1
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19
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21344448865
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"Post-Test Analysis Detection Results"
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Nov
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H. Briscoe and E. Starr, "Post-Test Analysis Detection Results," BBN Report 4496, Nov. 1980.
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(1980)
BBN Report 4496
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Briscoe, H.1
Starr, E.2
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20
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21344473463
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Viking
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In 1986 the Walker brothers (US Navy personnel) were convicted as spies for giving US Navy classified information to the Soviets. Many in the ASW community speculated that from this information the Soviets learned of the acoustic vulnerability of their submarines, and were then motivated to invest in quieting their newer submarines, such as the Akula class. See
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In 1986 the Walker brothers (US Navy personnel) were convicted as spies for giving US Navy classified information to the Soviets. Many in the ASW community speculated that from this information the Soviets learned of the acoustic vulnerability of their submarines, and were then motivated to invest in quieting their newer submarines, such as the Akula class. See T. Parrish, The Submarine: A History, Viking, 2004, p. 488.
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(2004)
The Submarine: A History
, pp. 488
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Parrish, T.1
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21
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21344440309
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note
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The underwater part of the ARIADNE project was canceled during this time due to technical difficulties. The BBN ARIADNE shore signal and information processing design was adapted to be an advance development model for the exploratory phase of the Fixed Distributed System, the designation of the replacement to the Sosus system.
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