SLM development
How can smaller language models serve focused tasks within limited compute and memory budgets? We investigate data selection, architecture, and training choices.
Our research directions focus on smaller models, adaptation, agent design, and reliability. These are areas of investigation, not claims of published results.
How can smaller language models serve focused tasks within limited compute and memory budgets? We investigate data selection, architecture, and training choices.
When does model adaptation outperform improvements to retrieval or prompting? We examine data quality, parameter-efficient methods, and held-out evaluation.
How should context, tools, and human approval interact? We explore bounded workflows, harness design, and failure handling.
How can evaluation reveal failures before deployment? We study task-based testing, grounding, reproducibility, and regression checks.
Our first public artifact explains a design approach. No empirical research findings are published here yet.
A synthetic purchase request illustrates retrieval, limited tool access, approval, and evaluation.
Read the annotated workflowA workflow to improve, a model to adapt, or a prototype ready for its next step.
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