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Resistive behaviors at nonzero temperatures (T > 0) reflecting a quantumvortex-glass (VG) transition (the so-called field-tunedsuperconductor-insulator transition at T=0) are studied based on a quantumGinzburg-Landau (GL) action for a s-wave pairing case containing microscopicdetails. The ordinary dissipative dynamics of the pair-field is assumed on thebasis of a consistency between the fluctuation conductance terms excluded fromGL approach and an observed negative magnetoresistance. It is shown that the VGcontribution, G_{vg}(B=B_{vg}, T \to 0),to 2D fluctuation conductance at the VGtransition field B_{vg} depends on the strength of a repulsive-interactionbetween electrons and takes a universal value only in the ordinary dirty limitneglecting the electron-repulsion. Available resistivity data near B_{vg} arediscussed based on our results, and extensions to the cases of a d-wave pairingand of 3D systems are briefly commented on.Comment: Explanation of data in strongly disordered case, as well as Fig.2 and  3, was renewed, and comments on recent publications were added. To appear in  J.Phys.Soc. Jp

Theoretical Description of Resistive Behavior near a Quantum Vortex-Glass Transition