Optimization
Cost, latency, inference time, correctness, and energy trade-offs.
Publications
Selected work behind the product direction: optimization, model serving, energy measurement, carbon evidence, and greener AI-based software systems.
Cost, latency, inference time, correctness, and energy trade-offs.
Energy labels, carbon evidence, utilization, and comparable reporting.
Architecture and software-engineering decisions for efficient AI systems.
GAISSA-Optimizer · 2025 PROD 00236
Cost Optimization of Artificial Intelligence Systems with Sustainable Practices
Catalan technology transfer project · September 2025-March 2027
Selected work
A focused selection explaining optimization, serving, energy labeling, architecture, and measurable sustainability evidence. The complete academic archive remains on the GAISSA research site.
Evaluates how optimization tactics affect correctness, inference time, and energy consumption in pre-trained ML models.
Optimization tactics
Studies serving code-oriented language models with different runtime engines and execution providers.
Model serving
Frames Green AI as a software engineering challenge, connecting research practice with operational impact.
Green AI agenda
A tool-centered publication around measuring and communicating ML model energy efficiency in a practical way.
Energy labeling
Connects greener ML serving with architectural decisions, deployment choices, and measurable efficiency outcomes.
Architecture
Repository mining study about how ML models evolve, change, and are maintained in the Hugging Face ecosystem.
Model evolution
Empirical work measuring and analyzing carbon-footprint information across model repositories.
Carbon evidence
The research foundation behind GAISSA: architecture-centric methods for greener AI-based software systems.
GAISSA foundation
Research context
Architecture-centric research for greener AI-based software systems.
The complete UPC-maintained list of papers, theses, seminars, and related work.
Technology transfer connecting the research line with product and market value.