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Table 2 Averages and empirical 95 % confidence intervals of the estimates for N=100 spikes per train

From: Fokker–Planck and Fortet Equation-Based Parameter Estimation for a Leaky Integrate-and-Fire Model with Sinusoidal and Stochastic Forcing

Parameter Initializer Fokker–Planck Fortet
Supra-threshold regime
α = 1.40 1.43: [1.29,1.56] 1.34: [1.24,1.43] 1.41: [1.33,1.49]
β = 0.30 0.17: [0.10,0.24] 0.29: [0.21,0.39] 0.29: [0.22,0.36]
γ = 0.14 0.16: [0.02,0.33] 0.12: [0.02,0.23] 0.12: [0.01,0.24]
Supersinusoidal regime
α = 0.10 0.92: [0.83,1.01] 0.28: [0.02,0.59] 0.24: [−0.22,0.42]
β = 0.30 0.15: [0.10,0.25] 0.31: [0.14,0.53] 0.32: [0.14,0.46]
γ = 1.98 1.35: [1.13,1.57] 1.67: [1.33,2.05] 1.77: [1.44,2.38]
Critical regime
α = 0.50 0.72: [0.66,0.80] 0.57: [0.32,0.73] 0.57: [0.36,0.73]
β = 0.30 0.19: [0.10,0.26] 0.27: [0.17,0.40] 0.25: [0.15,0.40]
γ = 0.71 0.57: [0.44,0.73] 0.55: [0.30,0.83] 0.62: [0.38,0.93]
Subthreshold regime
α = 0.40 0.62: [0.57,0.67] 0.63: [0.33,0.84] 0.58: [0.03,1.00]
β = 0.30 0.17: [0.10,0.29] 0.20: [0.10,0.37] 0.19: [0.00,0.41]
γ = 0.57 0.32: [0.00,0.53] 0.29: [0.00,0.62] 0.46: [0.00,1.19]