首页> 外文会议>Proceedings of the 17th International Conference on Pattern Recognition, 2004. ICPR 2004, 2004 >An inducing algorithm for LTP in hippocampal CA1 neurons studied bytemporal pattern stimulation
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An inducing algorithm for LTP in hippocampal CA1 neurons studied bytemporal pattern stimulation

机译:时空模式刺激研究海马CA1神经元LTP诱导算法

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To investigate the effect of the time structure of input spikentrains for CA1 neurons in eliciting LTP, the authors examined thenrelationship between statistical properties (mean rate, serialncorrelation coefficient) of stimulus sequences and the induction of LTP.nThe statistical stimuli were Markov stimuli with different second ordernstatistics (type 1 is positive correlations between successiveninter-stimulus intervals, type 2 is negative, and type 3 is independent)nbut with identical mean rate. The magnitude of LTP induced by thesenstimuli showed clear order relationships, type 3>typen1>control>type 2. From the experimental data, a dynamical learningnrule in CA1 neural networks was derived that extracts the temporalninformation of input stimuli and transforms it into the weight space ofnsynaptic connection in CA1 hippocampal networks
机译:为了研究CA1神经元输入棘突的时间结构对诱发LTP的影响,作者研究了刺激序列的统计特性(均值,序列相关系数)与LTP诱导之间的关系。n统计刺激是具有不同秒数的Markov刺激。顺序统计(类型1是连续的两次内部刺激间隔之间的正相关,类型2是负的,类型3是独立的)n,但均值相同。感觉刺激引起的LTP大小显示出清晰的顺序关系,类型3>类型n1>控制>类型2。从实验数据中,得出了CA1神经网络中的动态学习规则,该规则提取了输入刺激的时间信息并将其转换为权重空间。突触连接在CA1海马网络中的作用

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