Сomputer Simulation of Group Motion of ' p9 R! }+ g+ l3 |4 N% x/ m" S; k- Q
Underwater Robots " [& Z2 d* u* u% _ L* @! o& J6 K' ~
7 k& [! k) b$ \5 b; |/ w; \, W+ m
/ n" }' \( A5 B" U/ d, _The software for modeling the group motion of : C; v$ h% y* x9 L. I
autonomous unmanned underwater vehicles (AUVs) is 3 [# c6 ~6 J6 N- j# A9 |0 R
considered. The possibility of using computer simulation in the
$ F" H8 B7 @) D8 c3 R: @" m8 ucreation and testing of AUV motion algorithms is demonstrated. / l- Z# e8 N; m* H
The object model and the algorithm of the created program are
8 |. S: J. p8 ]described. On the basis of the program it is possible to create ; l! X' k3 I$ f' \' r+ n2 l
training complexes for operators of underwater robotic
9 Z: \- v, q- l( V8 W. f+ ^$ scomplexes. 7 v9 `2 A0 i& `9 n8 O) w; u$ }1 T
u0 N2 G- W' a9 W% f+ p
I" ]/ f7 g6 A& V+ Q |