Create

Sign in to ReadmeX

or

How we handle your data: Privacy Policy

ReadmeX

Your AI reading companion

What would you like to catch up on?

Pick a briefing, or ask your own question.

Your community and people briefings stay personal to you.

Kimi Delta Attention

AI overview

Sign in and the AI will write an overview from our coverage.

Headlines · 3

  1. CPU-Only Reproduction of Kimi K3 Gated MLA

    A technical write-up presents a lightweight, scaled-down reproduction of Kimi K3's Gated Multi-head Latent Attention that runs on CPU without GPUs or large-scale training. The project covers latent compression and reconstruction, NoPE alongside interleaved KDA layers, a full-rank output gate, MLACache, FP32 accumulation, and incremental-decoding tests, with Gradio demos that can run without a GPU. The author says the implementation aligns with selected Kimi K3 code paths, but the supplied report does not include independent performance or equivalence measurements.

    掘金 · 人工智能 · 🔥 2
  2. Interactive Demo Explores Kimi K3's KDA Attention Module

    RossiLH published a runnable Gradio demo that presents a lightweight reproduction of the Kimi Delta Attention module in Kimi K3. It covers ShortConv, SiTU-GLU, recurrent updates, bounded decay, chunked parallelism, KCP prefix scanning, a complete KimiDeltaAttention layer, and the stated 3:1 KDA-to-MLA scheduling through 90 test functions across 15 tabs. The project runs on CPU and uses reduced or approximated components when no open-source implementation is available.

    掘金 · 人工智能 · 🔥 0
  3. Lightweight CPU Replication Explores Kimi K3 KDA Parallelism

    The second part of the author's lightweight, CPU-only replication of Kimi Delta Attention in Kimi K3 examines ShortConv, recurrent state updates, chunkwise parallelism, context parallelism and decoding caches. The author reports a KCP prefix-scan error of 1.110e-16 and 37 passing tests in their own test suite. The report also notes that larger chunks can increase memory use, while floating-point errors and numerical-stability limits constrain chunk and tile sizes.

    掘金 · 人工智能 · 🔥 0

Experience and discussion from the community

Share my Kimi Delta Attention experienceAsk about Kimi Delta Attention

Nobody has shared their experience with Kimi Delta Attention yet.