HOPE for keeping AI experts partnered
HOPE partners AI experts to keep them together in the ecosystem.
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HOPE partners AI experts to keep them together in the ecosystem.
AutoCompress optimizes LLM architectures for latency and memory constraints, improving accuracy over Minitron by up to 6.57 percentage points.
Addition by Subtraction removes safety-critical neurons during finetuning to produce models robust to sparsity-based attacks and black-box jailbreaks.
Pruning raises Qwen3.5-4B from 57.7% to 70.5% on HMMT 2025 and from 39.1% to 56.7% on LiveCodeBench v6.
Direct pass@k optimization selects partial solutions to maximize correct final answers while penalizing redundancy in test-time scaling.
A retraining-free method turns transformers into elastic models that prune smoothly up to 60% sparsity.
A retraining-free method makes pretrained transformers elastic, pruning smoothly to 60% sparsity with small accuracy loss.
SparseDecoding prunes LLMs using decoding activations, speeding generation up to 1.48x.
DeCoPrune cuts over 85% of video-diffusion KV tokens while preserving long-range recall.
Pruning SLAM-ASR audio encoders widens demographic WER gaps that aggregate error rates hide.
Six Whisper encoder layers are pruned and partly recovered with label-free distillation.
Multiverse Computing frames LLM block pruning as an Ising optimization problem.
Neural Spectral Capacity scores architectures from their specs alone and prunes LLaMA-7B to 5.7B without calibration data.
New HOPE method uses second-order objectives to prune Mixture-of-Experts LLMs, outperforming REAP at 50% pruning on models up to 122B parameters.
Pruning study across four LLM architectures finds dense models degrade sharply on smart-home tool calling while MoE models tolerate far more.
SQS unifies weight pruning and low-bit quantization via Bayesian variational learning, compressing Llama3.2 and Qwen2.5 at higher rates with comparable accuracy.
A unified ViT compression pipeline (H-BAC pruning, quantization, distillation) cuts plant-disease models 54.5x to 6.01 MB while keeping 95.13% accuracy.
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