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Practical Solutions for Evaluating LLM Compression
Understanding Compression Techniques
Various compression techniques, like quantization and pruning, aim to make LLMs more efficient. Quantization reduces parameter precision, while pruning removes redundant parameters. These methods have seen advancements like Activation Aware Quantization (AWQ) and SparseGPT.
Assessing Trustworthiness
The study assesses the trustworthiness of three leading LLMs using five advanced compression techniques across eight trustworthiness dimensions. Quantization reduces parameter precision, employing methods like Int8 matrix multiplication and activation-aware quantization. Pruning reduces redundant parameters, utilizing strategies such as magnitude-based and calibration-based pruning. The impact of compression on trustworthiness is evaluated by comparing compressed models with originals, considering different compression rates and sparsity levels.
Insights and Recommendations
The study revealed that quantization is superior to pruning in maintaining efficiency and trustworthiness. Moderate bit ranges in quantization unexpectedly bolstered ethics and fairness dimensions, but extreme quantization compromised trustworthiness. The researchers offer practical recommendations for achieving high utility, efficiency, and trustworthiness in compressed LLMs, providing valuable insights for future compression endeavors.
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