Non-Linear Inference Time Intervention: Improving LLM Truthfulness
Hoscilowicz, Jakub, Wiacek, Adam, Chojnacki, Jan, Cieslak, Adam, Michon, Leszek, Urbanevych, Vitalii, Janicki, Artur
–arXiv.org Artificial Intelligence
Secondly, the employment of an expanded information. We further developed the Inference Time token context during interventions enables a more refined construction Intervention (ITI) framework, which lets bias LLM without the of the intervention vector, thereby directing attention need for fine-tuning. The improvement manifests in introducing heads more effectively toward truthfulness. This enhanced a non-linear multi-token probing and multi-token intervention: construction of the intervention vector is attributed to the Non-Linear ITI (NL-ITI), which significantly enhances performance observation that truthful knowledge is not solely concentrated on evaluation benchmarks. NL-ITI is tested on diverse in the vector corresponding to the final token, but is distributed multiple-choice datasets, including TruthfulQA, on which we across a broader context. We discuss how our framework can report over 16 % relative MC1 (accuracy of model pointing to be used to bias LLM toward any abstract concept (truthfulness, the correct answer) improvement with respect to the baseline correctness, toxicity-prevention).
arXiv.org Artificial Intelligence
Jun-6-2024
- Country:
- South America > Colombia
- Meta Department > Villavicencio (0.04)
- Europe
- Ireland (0.04)
- Romania > Sud - Muntenia Development Region
- Giurgiu County > Giurgiu (0.04)
- Portugal > Lisbon
- Lisbon (0.04)
- Poland > Masovia Province
- Warsaw (0.05)
- South America > Colombia
- Genre:
- Research Report > New Finding (0.47)
- Technology: