Neural networks, VLSI design, Number classification
Abstract
This paper delves into the innovative integration of Very Large Scale Integration (VLSI) with machine learning by developing a perceptron-based digital recognition model tailored for handwritten number classification. This model capitalizes on the perceptron algorithm—a seminal neural network form adept at binary classification via the computation of a weighted sum of inputs followed by a nonlinear activation function. The implementation of VLSI technology underpins the model’s architecture, enabling the amalgamation of multiple logic functions onto a singular chip. This consolidation significantly diminishes the size and cost of the electronic components while concurrently elevating performance and energy efficiency. The paper thoroughly explores each phase of the model’s development, from its initial conceptualization and algorithmic formulation through to simulation and final hardware implementation, highlighting the intricate processes and meticulous adjustments required for optimization. The study aims to showcase not only the technical feasibility but also the extensive practical advantages and potential applications of melding traditional circuit design techniques with contemporary machine learning methodologies in digital recognition systems.
