Due to many experimental reports of synchronous neural activity in the brain, there is much interest in understanding synchronization in net- works of neural oscillators and its potential for computing perceptual or- ganization. Contrary to Hopfield an Herz (1995), we find that networks of locally coupled integrate-and-fire oscillators can quickly synchronize. Furthermore, we examine the time needed to synchronize such networks. We observe that these networks synchronize at times proportional to the Logarithm of their size, and we give the parameters used to control the Rate of synchronization.
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机译：由于有关大脑中同步神经活动的许多实验报告，人们对理解神经振荡器网络中的同步及其在计算感知组织中的潜力非常感兴趣。与Hopfield and Herz（1995）相反，我们发现本地耦合的积分发射振荡器网络可以快速同步。此外，我们检查了同步此类网络所需的时间。我们观察到这些网络的同步时间与它们的大小的对数成正比，并且给出了用于控制同步速率的参数。
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