Numerical values of $f^F$, $f^D$, $f^S$ coupling constants in $SU(3)$   invariant interaction Lagrangian of vector-meson nonet with $1/2^+$ octet   baryons
  It is demonstrated how an utilization of all existing experimental information on electric and magnetic nucleon form factors, to be described by the Unitary and Analytic (U\&A) nucleon electromagnetic structure model in space-like and time-like regions simultaneously, can provide numerical values of $f^F$, $f^D$, $f^S$ coupling constants in $SU(3)$ invariant interaction Lagrangian of the vector-meson nonet with $1/2^+$ octet baryons. The latter, together with universal vector-meson coupling constants $f_V$, play an essential role in a prediction of $1/2^+$ octet hyperon electromagnetic form factors behaviors. 
C. Adamuscin, E. Bartos, S. Dubnicka, A.Z. Dubnickova
hep-ph