Table 1.2.
Basic characteristics of airborne hyperspectral sensors
I~
t1)
Vl
Sensor
Availability
Number
Spectral
Band width Notes
Technical
~
t1)
n
of Bands
range (nm)
at FWHM
Reference
- !!l..
(nm)
VI
t1)
=>
AAHIS
1994
288
432- 832
6
(Hochberg and Atkinson 2003)
'"
51
Advanced Airborne
STI industries
'"
...
=>
Hyperspectral Imaging
www.sti-industries.com/
c..
l>
Sensors
~
'E..
AHI
1994
256
7500-11700
100
12 bits
Hawaii Institute
of Geophysics
;:;.
...
-
Airborne
and Planetology
0'
=>
Hyperspectral Imager
www.higp.hawaii.edu/
'"
AIS-1/2
1982-1985
128
900- 2100
9.3
(Vane et al. 1984)
1985-1987
800- 2400
10.6
AISA+
1997
244
400970
2.9
AISA Eagle has
(Kallio et al. 2001)
AISA Eagle Airborne
2002
a 1000 pixel swath,
www.specim.fi/
Imaging Spectrometer
compared with 500
for Different Applicafor AISA+
tions
AISAHawk
2003
240
1000- 2400
8
www.specim.fi/
ARGUS
400
370- 2500
5-10
Hyperspectral
www.fugroairborne.com
(300 in VNIR
780- 2500
Mineral Mapping
www.hyvista.com
andSWIR)
ASAS
1987
62
400- 1060
11.5
signal-to-noise ratio (Irons et al. 1991)
The Advanced Solidupgraded
~
1000:1
asas.gsfc.nasa.gov/
state Array Spectroin 1991/92
12 bits
radiometer
I ......
VI