“The Times”52 pages
- p. 4 …They determined that a second radar target
near the JAL flight at the time of the…
- p. 5 AAL-5, FAA
February 4, 1987
SELEX:TED PORI'IONS OF TRANSCRIPI'IOO
~ THE INCIDENI' INVOLVING…
- p. 7 …Approach center (Fairbanks FAA tower) on the sixty one line.
Approach.
Look at your radar. We…
- p. 8 …Sir, the military
radar advises they do have a primary target in trail of you
at…
- p. 10 …see the traffic any long-er.
Affinnative.
Okay sir, we're searchi.rXJ this time, we…
- p. 15 …Th ese uncorrelated primary returns are not uncommon, due
critical timing associated with the delay adjustments…
- p. 17 …Terauchi No, third time.
R. Gordon This is the third time that ah that you've…
- p. 18 …Terauchi Big Ship - yes and the second time ah, the, in my home I saw a…
- p. 19 …Terauchi I think it was the first time.
F. Fujii Who was the first person who…
- p. 20 …Fujii From the forward you could see the flame and the exhaust and
flame were surrounding…
- p. 21 …This one and this one, the
same logic, this point and this point are the same…
- p. 23 …Fujii When did you pick it up, the radar?
K. Terauchi Time? Time?
F. Fujii Time…
- p. 24 …Autopilot stayed
on all the time.
K. Terauchi Yeah •
R. Gordon Okay
K. Terauchi Working good…
- p. 27 …Terauchi See this is the jumbo jet. 1.5, two times this light.
R. Gordon Okay…
- p. 28 …Gordon Yeah, let's see what would you estimate the size of the small
ships to…
- p. 33 …Gordon Yes, yes, you could probably explain that with the thing you have
drawn here. Now…
- p. 35 …See if
they were stacked together at the beginning, one must have
returned to the mothership…
- p. 38 Meeting the Future by Kenju Terauchi M~ ,...,. ~ L. '1\ ti;f,) !ST
.$, /Y11"'1ol"O
Page…
- p. 39 MEETING THE FUTURE
.. Page 5 ..
We took a flight course Southeast of Greenland direct to
Chule…
- p. 40 …the same time. The strange phenomenon
happened immediately.after we began left rotation, following the
order…
- p. 41 …the ground radar
did not show any aircraft but us. They also asked us several
times…
- p. 42 …I changed auto-
focus to manual-focus and pressed the shutter but this time the
shutter…
- p. 47 …lone time before we received
When we checked our rear there was still the ship!iI…
- p. 48 …About the same time a United Airline passenger aircraft
which left Anchorage to Fairbanks flew into…
- p. 49 …About the same time a United Airline passenger aircraft
which left Anchorage to Fairbanks flew into…
- p. 50 ~Page 16~
The strange encounter ended at 75 miles North of Talkeetna, 150
miles (Approximately 276…
- p. 51 …The following is a record
of the interview:
P. Beckner
?
P. Beckner
Conducted at this time…
- p. 53 …clear •
And you could distinguish this lights as being different from the
star . . ?..
NNNooo .
. . • from the…
- p. 54 …Tamefuji ••• so maybe he couldn't see at that time, but the Captain and
me (unintelligible…
- p. 57 …Mimoto The physical requires him to wear glasses.
P. Beckner Okay , how ' bout - how 'bout the…
- p. 58 …Now - the time of the incident, when - when you guys
first saw the objects, ah what…
- p. 60 …long did you see this
total, the length of time that you saw it?
T. Tamefuji…
- p. 66 …Beckner By the engineer table?
T. Tamefuji Yes, I - when I saw, but ah, cockpit was…
- p. 67 …the trip? He felt
that, er, er, was it just during this period of time when…
- p. 68 …Beckner First saw the object?
T. Tamefuj1 Hummm , I thi nk ah , at the same time…
- p. 69 …So pretty much at the same time you both saw it?
T ~ Tamefuji Right
P. Beckner…
- p. 70 …Beckner ••• or were they pretty much the same intensity for the time
that you saw them…
- p. 72 …And tha - so that was the last time you saw it, was prior
to the turn…
- p. 74 …after I sighted it the first
time. The reason is because the Captain wanted to take…
- p. 75 …At the time of sighting, how were the lighting
conditions outside?
2
- p. 78 …When I was interviewed here at the first
time by FAA personnel, I was not sure…
- p. 80 PERSONNEL STATEMENT
FEDERAL AVIATION ADMINISTRATION
Anchorage Air Route Traffic Control Center
January 6, 1987
The following…
- p. 81 …ROCC did have primary
ta r get in the same position JL1628 reported. Several times I…
- p. 84 …During the time period p~ior to this incident all operations were normal. I
had assigned…
- p. 88 …They stated that all they oould see
were the lights and at no time could they…
- p. 100 …At no time did
either crewmember see anything outside the aircraft. The area is not within…
- p. 101 …directly over the town of Arctic Village, Alaska, at the time of the first
sighting and…
- p. 103 …Department
of TransportctiOn
Federal Aviation
Administration
(The event occurred
Ofhce of Public Affus
Alaskan Region
701…
- p. 104 …18, 1986 UTC
(The event occurred on November 17, 1986 Alaska Standard Time)
PLE ASE MARK…
- p. 114 …as derivatives
and duplicates)
• Document the image at the time of scanning, not what it may…
- p. 115 …adjustments to the
tone distribution and/or color balance. However, at this time, monitors for viewing…
- p. 116 …benefits, at this time we feel that RGB files produced to
the color and tone reproduction…
Federal Agencies Digitization Initiative Still Image Working Group - August 2010
- SIGNAL -
"' SFR - Spatial Frequency Response - ( ISO 12233, I SO 16067- 1, ISO 16067-2, I SO 15524)
c: MTF - Modulation Transfer Function-~~
·g.~ definition : A spatial frequency descriptor of an imaging system's ability to maintain the relative contrast of input stimuli
w
Si:!rnl:lliog Bate Resolution Sharneoing A !::l.lti!m;~ ffitre. Q~i;itb Qf~l.l:i
Definition: The Definirion: An lm"!llng Defim/Jon :Amplificatio n or the SFR Definit:iotr. An objective Derlflition : o s "rty Defimlicn: Tl>e d/Sfance
QI reciprocal of !11e system's aoillty to resol\/e by means of image processi ng to SFR based metric that Is or wide spreading olong tire optical ains 1-nrNn ilCa!ptab/e
<hSlance between The 1...,,1 of spatial detail U1at perceiived image frx:us.
Closest adjacent can resolved 1n an Image sharpness.
pixels. The number or
samples per unit
distance.
• Megapixels - Blurred - Oversharpening ( haloing, garish • Sharp - Low oontrast • Deptl1 ol field
]l •~ • Dots per Inell (dpi) - So~ edges) - Hazy • Cirde ol oonfusion
• Pixels per Inch (ppi) - Sharp - Snap - Ghosting • Focus tolerance
~i~ • Samplng frequency - In/Out of locus - Edgy, Sharp, Crisp • Yelling nare • Hyperfocal distance
~ ~ - Spherical aberration - Edge enhancement • Glare
"O - Spatial de!illi - Unsharp masking - Integrating cavity
effect f!CEl
e :The number d e :10% sampling ef'ficiEncy e: Max SFR gain e: Area under 111e SFR •%Rare - e :Distance alOflll the
~ i captured or based on Luminance SFR units: % SFR resPonse as weigh!Ed by an units: (unit less) optical axis that remains
de!M!red pixels per units: ( unit less) appropriately chosen In aa:eptable locus
~j unit distance In botl1 visual oontrast function. units: inches, mm.
N~~ tl1e horilolltal and • : Min/Max 10% spatial units: TBD
vertical dimensions frequency limits of l.IJmlnance
5 ! units: dots - per ~inch , SFR
II urits: dot cvdes/ mm
~ ~ o pixels·per-lnch w : Min/Max 50% spatial w : Siiln of SFR slope
~ - "' trequency limits of Luminance units : positilleJ negative Slope
rtid::
~ II SFR vaf!Je
• urits: dol, cvcles/mm
- Poor canbration • Poor (auto) focus • OVer aggressive sharpening - Op(lcal performance - Dirty lens • Poor F-nll!lber choice
., QJ ~ technique • Poor optics settings exx:eeds sampling rate • Light source
~~ • Wrong choice or • Poor choice of apertUre stop - I nsumoent sig nal to amplify dlrea:ed into lens
units at callbratlon - Mechanical vibration - llllnl<ing that If a little Is good • Poor quality lens
~ 42 13 • Oller" aggressive rolse !11en more must be better. - Stray light
control
Technical Guidelines for Digitizing Cultural Heritage Materia ls: Creation of Raster Image Master Files 10
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