在Courbage-Nekorkin-Vdovin神经元地图模型中精确地确定尖端时间:统计方法和基于FPGA的实现方法
1Department of Electrical and Electronics Engineering, Kayseri University, 38280, Kayseri, Turkey.
Bio Systems
|January 29, 2026
概括
这项研究分析了Courbage-Nekorkin-Vdovin (CNV) 模型中的神经动力学,比较了双精度和固定点算术的尖峰时间. 它验证了在现场可编程网关数组 (FPGA) 上的硬件实现可行性.
科学领域:
- 计算神经科学是一种神经科学.
- 数字硬件实现数字硬件实现
- 数字模拟 数字模拟
背景情况:
- 精确的尖峰时间对于建模神经元功能至关重要.
- 固定点算术对于像FPGAs这样的资源受限硬件至关重要.
- 库尔贝奇-内科尔金-维多文 (CNV) 神经元地图模型表现出复杂的神经动态.
研究的目的:
- 通过使用不同的数值模拟来研究 CNV 模型中的神经动力学和尖峰时间.
- 为了比较双精度和固定点算术之间的尖端计时精度.
- 用固定点算法对FPGA上CNV模型的硬件实现进行评估.
主要方法:
- 在CNV模型中使用双精度和固定点算术对5个神经动态的数值模拟.
- 应用三种统计方法 (平均+K × Std,中位数+K × MAD,z-score规范化) 来确定尖峰时间.
- 使用时间差异的平均值和标准偏差来比较尖端时间一致性.
- 在现场可编程门阵列 (FPGA) 上电子实现 CNV 模型.
主要成果:
- 在双精度和固定点模拟之间观察到尖峰时间的显著时间转移.
- 使用统计方法的模拟方法之间的量化一致性.
- 通过使用固定点算法在FPGA硬件上实现CNV神经元图模型的可行性.
结论:
- 统计方法有效地确定峰值时间,并评估模拟类型之间的一致性.
- 在FPGA上的固定点算法是一种可行的方法,可以以可接受的准确度模拟CNV神经元动态.
- 该研究验证了固定点算术在硬件上的神经建模的实际应用.
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