AutoML Co-Designer: A Collaborative Framework for Accelerated AI Development

Description du projet

Réintroduire l’humain dans la conception automatisée de l’IA

La création de systèmes d’IA fiables nécessite des choix complexes, depuis la sélection du bon modèle jusqu’à l’ajustement des nombreux paramètres qui influencent la manière dont ils apprennent. Les outils d’apprentissage automatique (AutoML) peuvent simplifier ce processus en testant différents modèles et en ajustant leurs hyperparamètres. Par exemple, ces systèmes pourraient comparer différentes architectures de réseaux neuronaux sur un ensemble de données donné, comme l’évaluation de la solvabilité ou la satisfaction client. Dans cette optique, le projet AutoML Co-Designer, financé par le CER, vise à rendre ces processus de conception collaboratifs. Plus précisément, l’équipe mettra au point une plateforme prototype sur laquelle les développeurs pourront orienter les systèmes AutoML, apporter leur expertise métier et interpréter les résultats. L’objectif est d’accélérer le développement de l’IA et de garantir des applications plus fiables.

Objectif

The growth of the AI market depends on our ability to rapidly and efficiently develop robust AI applications, for which AI developers can be supported by Automated Machine Learning (AutoML), e.g. in model selection, neural network design, or hyperparameter settings. However, current AutoML systems are designed as rigid 'black boxes' and thus create a critical bottleneck. They sideline expert developers, preventing the integration of crucial domain knowledge. This inflexibility slows down development cycles, hinders innovation, and limits the creation of sophisticated, market-ready AI solutions for complex, high-value problems.

This project, AutoML Co-Designer, will deliver the proof of concept for a collaborative development paradigm that directly addresses this efficiency gap. Our objective is to validate a framework that transforms AutoML from a simple automation tool into a powerful interactive system between AutoML and AI developers.
We will engineer and validate a prototype platform with novel interactive interfaces. This platform will serve as the core of our proof of concept, enabling developers to inject domain knowledge, steer optimization towards market-critical goals like robustness and efficiency, and gain actionable insights through advanced explanations.

The successful validation of the AutoML Co-Designer framework will provide a clear business case for a new class of AI development tools. This PoC will establish a new framework for efficiency, demonstrating a faster path from idea to deployment. It will unlock new markets for specialized AI applications previously too complex or resource-intensive to build. This project will lay the groundwork for a commercially viable product that empowers development teams to innovate faster, creating a competitive advantage in the rapidly expanding AI economy.