 $$\label{star0}     \widehat{G}_{\e} \displaystyle\mathop{\stackrel{  L^0(\Omega)  }{\longrightarrow}}_{\e\to 0}     \int_0^T  \dot{B}^{(0)}_u\diamond \dot{B}^{(0)}_u \,\mathrm{d}u;$$  -   for all $H\in(0,0)$, we have $$\label{star0}     \widehat{G}_{\e} \displaystyle\mathop{\stackrel{  (\mathcal{S})^* }{\longrightarrow}}_{\e\to 0}     \int_0^T  \dot{B}^{(0)}_u\diamond \dot{B}^{(0)}_u \,\mathrm{d}u.$$  The paper is organized as follows. In Section \[sec0\], 