Small-model confidence helps routing on some multilingual tasks
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In parole semplici
A small language model can handle some examples quickly, while a larger model may handle others better. This paper tests whether the small model’s confidence can identify which multilingual examples should be passed to its larger family partner.
In tests of multiple-choice reading comprehension and topic classification, confidence-based routing beat random selection when half the examples went to the larger model. On knowledge and reasoning, it usually did not. So confidence helped on some tasks, but not all.
La ricerca
When a small model handles multilingual examples, low confidence might help identify errors a larger model can fix. But if confidence stays high on those errors, routing may miss them; if confidence differs across languages, a global ranking may also allocate larger-model access unevenly.
The authors ask how reliably confidence identifies useful escalations across tasks, model families and languages.
The authors test whether a small model’s answer confidence can choose which multilingual examples to send to a larger same-family model.
When a small model handles multilingual examples, can its confidence show which ones a larger same-family model could fix? The authors test whether routing by confidence works across tasks and whether it sends a balanced share of examples from each language.
At a fixed 50% escalation budget, confidence routing beats random selection on reading comprehension and topic classification, but usually not on knowledge and reasoning.
This task-by-task pattern shows that confidence can help select examples for a larger model, but its value is not consistent across tasks.
The results come from offline, paired predictions for three open model families, four languages and multiple-choice tasks. They do not establish how other confidence measures, models, languages or live serving conditions would perform.
Analisi
Dettagli
- Autori del paper originale
- Md Sabbir Hossen, Anichur Rahman, Pabon Shaha, Airin Afroj Aishi, Andrew H. Sung
- Inviato ad arXiv
- Licenza
- arXiv non-exclusive