Untersuchungen zur Modellierung und Schaltungsrealisierung von synaptischer Plastizitaet

TL;DR

This paper presents models of synaptic plasticity derived from biological data and their implementation in CMOS circuits for adaptive information processing.

Contribution

It introduces CMOS circuit implementations of biologically inspired synaptic plasticity models, including short-term, long-term, and metaplasticity.

Findings

Successful CMOS implementation of synaptic plasticity models

Demonstrated adaptive processing capabilities in hardware

Bridged biological measurements with VLSI design

Abstract

This manuscript deals with the analysis and VLSI implementation of adaptive information processing derived from biological measurements. Specifically, models for short term plasticity, long term plasticity and metaplasticity are derived from biological measurements and implemented in CMOS circuits.