Product Design Using Generative Adversarial Network: Incorporating Consumer Preference and External Data

TL;DR

This paper introduces a semi-supervised generative adversarial network framework that integrates consumer preferences and external data to automate and improve product design, especially benefiting resource-constrained companies.

Contribution

It presents a novel, preference-aware CcGAN model that effectively incorporates multidimensional consumer data and external sources for consumer-centric product design.

Findings

Successfully generated consumer-preferred photo templates

Enhanced design quality verified through web experiments

Effective in resource-constrained startup scenarios

Abstract

The rise of generative artificial intelligence (AI) has facilitated automated product design but often neglects valuable consumer preference data within companies' internal datasets. Additionally, external sources such as social media and user-generated content (UGC) platforms contain substantial untapped information on product design and consumer preferences, yet remain underutilized. We propose a novel framework that transforms the product design paradigm to be data-driven, automated, and consumer-centric. Our method employs a semi-supervised deep generative architecture that systematically integrates multidimensional consumer preferences and heterogeneous external data. The framework is both generative and preference-aware, enabling companies to produce consumer-aligned designs with enhanced cost efficiency. Our framework trains a specialized predictor model to comprehend consumer preferences and utilizes predicted popularity metrics to guide a continuous conditional generative adversarial network (CcGAN). The trained CcGAN can directionally generate consumer-preferred designs, circumventing the expenditure associated with testing suboptimal candidates. Using external data, our framework offers particular advantages for start-ups or other resource-constrained companies confronting the ``cold-start" problem. We demonstrate the framework's efficacy through an empirical application with a self-operated photography chain, where our model successfully generated superior photo template designs. We also conduct web-based experiments to verify our method and confirm its effectiveness across varying design contexts.