some part, If not all, of the system developed here can be 
applicable for preprocessing of the image data from 
commercial remote sensing satellites and can be used to 
reduce the cost of archiving and preprocessing system 
  
  
yte for such satellites. Moreover, given the fast development 
of computer hardware, the speed limit of the low cost 
bytes archiving and preprocessing system developed here 
should reach to the data rate from commercial satellites 
in near future. 
  
  
  
S) References 
[Chun, 1992] YoonSoo Chun, "Design of a general PC 
Interface Card", Microsoftware, pp. 376-382, June 1992 
(Written in Korean) 
yte [Eggebrecht, 1992] Lewis C. Eggebrecht, "Interfacing to 
the IBM Personal Computer”, 2" Edition, published by 
SAMS, 1992 
[Kim et al, 1995]  Sungheon Kim et al, "Mission 
Overview of Engineering Test Satellite, KITSAT-3", Proc. 
| Of the 9" Annual AIAA/USU conference on Small 
S) Satellite, Sep. 18-21, 1995, Utah State Univ., Utah, USA 
have a [Kim et al., 1995] "Three-axis Reaction Wheel Attitude 
stry data Control System for KITSAT-3 Microsatellite", Proc. Of 
of the International Conference on Intelligent Autonomous 
try data Control in Aerospace '95, pp. 537-542, Beijing, P.R. 
; ina. 14-16, 1995 
ITSAT-3 China. August 6 
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89 
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B1. Vienna 1996