token-compression

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#token-compression

Sep-Latent: Separator Tokens as Natural Compression Anchors for Implicit Reasoning

arXiv cs.AI ↗ · 4d ago Cached

本文提出 Sep-Latent,一种自适应隐式推理框架,利用分隔符 token 作为语义锚点并通过注意力衰减机制压缩推理逻辑,在 GSM8k-Aug 上以仅 5.4 个 token 达到 56.8% 准确率,显著优于固定长度的隐式推理模型。

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#token-compression

Elephant in the Fridge: Constant-Memory Frame Packing for Long Video Understanding

Hugging Face Daily Papers ↗ · 2026-10-12 Cached

提出 FramePack-U,一种免训练的常量内存帧打包框架,可将任意长度视频压缩为固定大小的视觉表示,直接插入现成 VLM 推理,在 Long VideoBench、MLVU 和 Video-MME 上显著超越全分辨率基线及现有 token 压缩方法。

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#token-compression

APEX: Asynchronous Prefix Denoising for Extreme Compression

Hugging Face Daily Papers ↗ · 2026-10-09 Cached

APEX 提出异步前缀去噪方法,结合分层潜在空间,使单个 token 可同时拥有多个扩散时间步,在极高压缩比下(64 token 超越 256 token 基线)实现更优的图像生成质量。

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#token-compression

KeyRec: Bounded Visual Memory for Streaming and Long-Video Understanding

Hugging Face Daily Papers ↗ · 2026-09-26 Cached

KeyRec is a training-free framework for building bounded visual memory in vision-language models, using a recent-observation cache plus a structured event bank to compress long/streaming video context to just 10% of dense visual tokens while setting state-of-the-art results on 13 of 15 streaming and long-video benchmark settings.

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#token-compression

Region-Level Policy Optimization for Fine-grained MLLM Perception

Hugging Face Daily Papers ↗ · 2026-09-17 Cached

Vision-RL² is a method for improving fine-grained perception in multimodal large language models by using region-level reinforcement learning to compress visual tokens and enhance performance across multiple benchmarks without full model fine-tuning.

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#token-compression

Why Is Video Still So Expensive? A Survey of Inference-Efficiency Mechanisms in Video and Audiovisual LLMs

Hugging Face Daily Papers ↗ · 2026-09-09 Cached

This survey examines inference-efficiency techniques for video large language models, analyzing cost reductions across frame sampling, encoding, token compression, and language model stages while identifying evaluation gaps.

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#token-compression

Position Is All You Need: A Free Lunch Token Compression Strategy for MLLM-based Referring Expression Segmentation

arXiv cs.CL ↗ · 2026-08-28 Cached

This paper introduces PAYN, a plug-and-play token compression method for MLLM-based referring expression segmentation that relies solely on position information, outperforming existing techniques by preserving spatial relational consistency.

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#token-compression

Tevatron-Elastic: A Unified Abstraction for Training Elastic Retrievers and Rerankers

arXiv cs.CL ↗ · 2026-08-11 Cached

Tevatron-Elastic presents a unified abstraction for training elastic retrievers and rerankers, enabling a single checkpoint to serve multiple model sizes across depth, token, and width axes. It generalizes prior methods like Matryoshka embeddings and early exit, and introduces Matryoshka LTC for joint token-compression training.

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#token-compression

OmniPack: Unified Token Compression for Efficient Omni-modal Large Language Models

Hugging Face Daily Papers ↗ · 2026-08-04 Cached

OmniPack proposes a training-free token compression framework for omni-modal LLMs, combining structural pre-LLM compression with task-relevant inner-LLM semantic refinement, achieving strong performance-efficiency trade-offs on multiple benchmarks.

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#token-compression

3DZip: Spatial-Aware Feature Diversity-Guided Token Compression for 3D Question Answering

Hugging Face Daily Papers ↗ · 2026-08-02 Cached

3DZip is a three-stage token compression framework for 3D vision-language models that uses voxelization, diversity-guided anchor selection, and spatial constraint merging to reduce tokens while preserving spatial reasoning. It retains 94.7% of original performance with only 128 tokens and achieves 1.92x faster inference on 3DQA benchmarks.

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#token-compression

Does Speaking to Agents Like Cavemen Save 65% of Tokens? We Test

Hacker News Top ↗ · 2026-07-28 Cached

JetBrains benchmarked the Caveman token-compression skill on Claude Code across 86 tasks, finding real output-token savings of about 8.5% (not the advertised 65%) with no detectable degradation in task quality.

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#token-compression

OmniScope: Modality-Decoupled Token Compression for Omnimodal Large Language Models

Hugging Face Daily Papers ↗ · 2026-07-28 Cached

OmniScope is a training-free token compression framework for omnimodal LLMs that estimates audio and video relevance separately using the query as a shared anchor, achieving up to 3.53x prefill speedup and over 15% GPU memory reduction with minimal accuracy loss.

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#token-compression

OmniDelta: Skill-Driven Budget Allocation for Token Compression in OmniLLMs

Hugging Face Daily Papers ↗ · 2026-07-28 Cached

OmniDelta proposes a training-free, skill-driven framework for allocating token budgets across audio and video modalities in OmniLLMs, improving accuracy-efficiency trade-offs with 22% GPU memory reduction and 1.64x speedup at 25% token retention.

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#token-compression

@GitTrend0x: AI gateway at its peak! One endpoint connects 268+ providers, 500+ models, directly usable with Cursor/Claude Code. Most annoying issues when using AI coding: • Too many models, switching is a hassle • Free credits scattered, often hitting limits • Token consumption too high, costs…

X AI KOLs Timeline ↗ · 2026-07-21 Cached

OmniRoute is a free, open-source AI gateway that unifies access to 268+ providers and 500+ models through a single local endpoint, featuring smart routing, token compression, and free tier aggregation to reduce costs and complexity for developers.

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#token-compression

OmniFocus: Query-Guided Modality-Balanced Token Compression for Omni-Modal Large Language Models

arXiv cs.LG ↗ · 2026-07-07 Cached

OmniFocus is a training-free, query-guided token compression method for omni-modal LLMs that independently estimates importance for video and audio to preserve modality-specific evidence while maintaining alignment, achieving significant inference speedups with minimal accuracy loss at low token retention ratios.

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#token-compression

Do All Visual Tokens Matter Equally? Object-Evidence Preserving Token Merging for Vision-Language Retrieval

Hugging Face Daily Papers ↗ · 2026-07-06 Cached

Introduces SaMer, an object-aware token merging framework that compresses image-side tokens for vision-language retrieval while preserving object-level evidence, achieving significant storage reduction and improved retrieval performance.

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#token-compression

I spent ~4.5 months building a free, self-hosted AI gateway: one endpoint for 237 providers (90+ free), auto-fallback, and a token-compression pipeline (MIT)

Reddit r/artificial ↗ · 2026-07-02

An open-source, self-hosted AI gateway providing a single endpoint for 237 LLM providers with auto-fallback, token compression, and routing. It has gained significant traction with 9.8K GitHub stars and 280+ contributors in 4.5 months.

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#token-compression

@IndieDevHailey: The Most Powerful Open-Source AI Gateway: OmniRoute – One Local Endpoint, 236 AI Models Covered. A free open-source AI gateway that unifies 236 providers (90+ free, 11 permanently free) into an OpenAI-compatible interface. Self-host locally, deploy in 3 minutes. - Never Downtime: automatic fallback...

X AI KOLs Timeline ↗ · 2026-07-01 Cached

OmniRoute is a free and open-source AI gateway that unifies 236 AI provider APIs into a single OpenAI-compatible interface, supporting self-hosting, automatic fallback, intelligent routing, and token compression.

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#token-compression

@VaibhavSisinty: I just found a tool that cuts your AI token costs by 95% and gives you 1.6 billion free tokens a month. It is the most …

X AI KOLs Timeline ↗ · 2026-06-28 Cached

OmniRoute is a trending GitHub tool that compresses AI prompts to reduce token usage by up to 95% and offers 1.6 billion free tokens per month by seamlessly routing requests across multiple providers like Claude Code, Codex, Cursor, Cline, and Copilot.

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#token-compression

AVOC: Enhancing Hour-Level Audio-Video Understanding in Omni-Modal LLMs via Retrieval-Inspired Token Compression

arXiv cs.CL ↗ · 2026-06-24 Cached

AVOC introduces a retrieval-inspired token compression method for omni-modal LLMs that effectively handles hour-long audio-video inputs by selecting informative tokens based on relevance, importance, and diversity. The framework achieves state-of-the-art results on long-form audio-video understanding benchmarks, surpassing prior methods by significant margins.

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