Smaller P1 to inverted thactheriazed faces was also observed in the present study, indicating that local configural processing may be more active after inversion.
倒置刺激下撒切尔化还减小了P1波，表明局部结构信息加工在面孔翻转后更加活跃。
Finally, the WE analysis within a time window demonstrated that local configural processing started earlier, while global configural processing was most active in the temporal region of N170.
最后，加窗小波熵研究表明，局部结构信息加工开始得更早，而全局结构信息加工主要在N170波的时间范围内活跃。
应用推荐