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Table Xa. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to CPP caused technical failure.

in A Multigranular Hierarchical Linguistic Model for Design Evaluation Based on Safety and Cost Analysis

by Luis Martinez, et al.

Table Xb. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to the thruster caused technical failure.

in A Multigranular Hierarchical Linguistic Model for Design Evaluation Based on Safety and Cost Analysis

by Luis Martinez, et al.

Table Xd. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to the DP system caused technical failure.

in A Multigranular Hierarchical Linguistic Model for Design Evaluation Based on Safety and Cost Analysis

by Luis Martinez, et al.

Table 1. Shutter Attenuation

in Calibration and performance of the Infrared Array Camera (IRAC)

by Joseph L. Hora, Joseph L. Hora *a, Giovanni G. Fazio, Steven P. Willner, Matthew L. N. Ashby, Jiasheng Huang, John, S. Tom Megeath, John Stauffer A, Eric V. Tollestrup A, Zhong Wang A, William Glaccum B, Judith L. Pipher B, William J. Forrest B, Craig R. Mccreight C, Mark Mckelvey C, William F. Hoffmann D, Peter Eisenhardt E, Jason A. Surace F, William Reach F, S. Harvey Moseley G, Richard Arendt G, Kenneth P. Stewart G, F. David Robinson G

Table 7: Shutter Synchronization Methods

in unknown title

by unknown authors

Table XI. Safety estimate by each expert on collision risk between FPSO and shutter tanker.

in A Multigranular Hierarchical Linguistic Model for Design Evaluation Based on Safety and Cost Analysis

by Luis Martinez, et al.

Table XII. Safety estimate on collision risk between FPSO and shutter tanker for design O1.

in A Multigranular Hierarchical Linguistic Model for Design Evaluation Based on Safety and Cost Analysis

by Luis Martinez, et al.

Table 4.27 - 1 Shutter speed type encoding Name Value Description

in unknown title

by unknown authors

"... In PAGE 13: ... Camera Subunit Commands The camera subunit commands are identified by a subunit_type value of seven and a subunit_ID value between zero and seven, inclusive. Table4 - 1 below summarizes the camera subunit commands. Table 4 - 1 Camera subunit commands Support level (by ctype) Opcode Value C S N Comments AE MODE 40 16 * M - Control automatic exposure mode AE SHIFT 42 16 O O - Control the amount of light AF MODE C8 16 M M - Control automatic focussing mode AGC GAIN 45 16 M M - Control AGC gain AGC MAXIMUM GAIN 74 16 - * - Report maximum value of AGC gain CCD SCAN MODE 7A 16 R R - Control scan mode of imaging de - vices CONTRAST 55 16 O O - Control contrast DIGITAL ZOOM 60 16 M M - Control digital zoom DIGITAL ZOOM MAX LIMIT 61 16 O O - Control to limit of maximum magnification of digital zoom FLASH 48 16 O O - Report status of electronic flash FOCAL LENGTH C3 16 O O - Control or report focal length of the optical system FOCUS C1 16 * M - Control motion of focussing lens group of the optical system FOCUSSING POSITION C2 16 O O - Control position of focussing lens group of the optical system FREEZE 62 16 R R - Control to still the picture GAMMA 52 16 O O - Control gamma correction HUE 5C 16 O O - Control hue IMAGE STABILIZER DC 16 O O - Control image stabilizer IRIS 43 16 * M - Control diaphragm of the optical system... In PAGE 13: ... Table 4 - 1 below summarizes the camera subunit commands. Table4 - 1 Camera subunit commands Support level (by ctype) Opcode Value C S N Comments AE MODE 40 16 * M - Control automatic exposure mode AE SHIFT 42 16 O O - Control the amount of light AF MODE C8 16 M M - Control automatic focussing mode AGC GAIN 45 16 M M - Control AGC gain AGC MAXIMUM GAIN 74 16 - * - Report maximum value of AGC gain CCD SCAN MODE 7A 16 R R - Control scan mode of imaging de - vices CONTRAST 55 16 O O - Control contrast DIGITAL ZOOM 60 16 M M - Control digital zoom DIGITAL ZOOM MAX LIMIT 61 16 O O - Control to limit of maximum magnification of digital zoom FLASH 48 16 O O - Report status of electronic flash FOCAL LENGTH C3 16 O O - Control or report focal length of the optical system FOCUS C1 16 * M - Control motion of focussing lens group of the optical system FOCUSSING POSITION C2 16 O O - Control position of focussing lens group of the optical system FREEZE 62 16 R R - Control to still the picture GAMMA 52 16 O O - Control gamma correction HUE 5C 16 O O - Control hue IMAGE STABILIZER DC 16 O O - Control image stabilizer IRIS 43 16 * M - Control diaphragm of the optical system... In PAGE 16: ...2 - 1 below. Table4 . 2 - 1 AE shift subfunction Name Value Description DEFAULT 00 16 Set to default value defined by vendor INCREMENT 01 16 Increase the exposure value one step further DECREMENT 02 16 Reduce the exposure value one step further reserved 03 16 - FF 16 Reserved for future specification Note ) The results of the AE SHIFT control command with operand of... ..."

Table 5.1. Metadata tags recorded by the different cameras models [66]. Brightness Shutter

in ID No.: 50955213

by Jovanka Malobabić B. Eng, Supervisor Dr. Noel Murphy, Jovanka Malobabić 2007

Table 2: Flicker impressions Above 320Hz our shutters did not open fully anymore and the images got quite dark. At around 400 Hz the shutters started to show some stripe patterns and did not work properly anymore.

in Center of Applied Technologies in

by Bernd Fröhlich, Jörg Hoffmann, Karsten Klüger, Roland Blach, Matthias Bues, Oliver Stefani

Results 1 - 10 of 6,524

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Table Xa. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to CPP caused technical failure.

Table Xb. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to the thruster caused technical failure.

Table Xd. Safety estimate by each expert on collision risk between FPSO and shutter tanker due to the DP system caused technical failure.

Table 1. Shutter Attenuation

Table 7: Shutter Synchronization Methods

Table XI. Safety estimate by each expert on collision risk between FPSO and shutter tanker.

Table XII. Safety estimate on collision risk between FPSO and shutter tanker for design O1.

Table 4.27 - 1 Shutter speed type encoding Name Value Description

Table 5.1. Metadata tags recorded by the different cameras models [66]. Brightness Shutter

Table 2: Flicker impressions Above 320Hz our shutters did not open fully anymore and the images got quite dark. At around 400 Hz the shutters started to show some stripe patterns and did not work properly anymore.