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Selective attention increases the gamma-band power of local field potentials in the cortex and the coherence between local field potentials and the spikes when an attended object falls in the receptive field [1]. Mechanisms by which a population of connected neurons produces such gamma-band oscillations have been established, both by experiments and modeling studies [2]. From a cognitive viewpoint, attention enhances performance of discrimination tasks, where relevant stimuli compete with distracters [1,3]. However, how gamma-band activity can benefit subjects performing attention-related tasks has not been understood sufficiently (but see [4] for a recent advancement).

Signal discrimination performed by population of spiking neurons enhanced by a background gamma oscillations