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Transport properties of bilayer quantum Hall systems at $\nu=1/q$, where $q$is an odd integer, are investigated. The edge theory is used for theinvestigation, since tunneling between the two layers is assumed to occur onthe edge of the sample because of the bulk incompressibility. It is shown thatin the case of the independent Laughlin state tunneling is irrelevant when$\nu<1/2$ in the low temperature and long wave length limit. The temperaturedependence of two-terminal conductance of the system in which only one of thetwo layers is contacted with electrode is discussed.Comment: 5 page

QHE of Bilayer Systems in the Presence of Tunneling -ν=1/qcase -