In different fields, including military industries, for whether military forces’ or military armament, Camouflage is of high importance. Which camouflage pattern, therefore, in what size, with which color composition is more suitable for soldier’s camouflage, in a specific environment. The performance of camouflage patterns are usually estimated based on the time needed for recognizing the concealed object. This effort is seeking to prepare a computer software to answer such questions.
Having images of camouflage Environment, Pattern & Object, this software designs a test The result of each test is the “mean recognition time” among the background image. The prepared software has advanced features such as zoom background image, change size, angle, color and camouflage schemes, blur the edges of the object, the size of an object to be camouflaged, and so on.
The results were analysed several times and through different ways, and are compatible with the proved principles of Camouflage issue.
Gorji Kandi,S , Amani Tehran,M and Shafiei,S M . (2011). Providing a designing assistant software for predicting effectiveness of camouflage patterns. Journal of Advanced Defense Science & Technology, 2(3), 231-239.
MLA
Gorji Kandi,S , , Amani Tehran,M , and Shafiei,S M . "Providing a designing assistant software for predicting effectiveness of camouflage patterns", Journal of Advanced Defense Science & Technology, 2, 3, 2011, 231-239.
HARVARD
Gorji Kandi S, Amani Tehran M, Shafiei S M. (2011). 'Providing a designing assistant software for predicting effectiveness of camouflage patterns', Journal of Advanced Defense Science & Technology, 2(3), pp. 231-239.
CHICAGO
S Gorji Kandi, M Amani Tehran and S M Shafiei, "Providing a designing assistant software for predicting effectiveness of camouflage patterns," Journal of Advanced Defense Science & Technology, 2 3 (2011): 231-239,
VANCOUVER
Gorji Kandi S, Amani Tehran M, Shafiei S M. Providing a designing assistant software for predicting effectiveness of camouflage patterns. Journal of Advanced Defense Science & Technology. 2011;2(3):231-239 (In Persian).
