Train Scene Graph Generation for Visual Genome and GQA in PyTorch >= 1.2 with improved zero and few-shot generalization [BMVC 2020, ICCV 2021]
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Updated
Jun 18, 2023 - Jupyter Notebook
Train Scene Graph Generation for Visual Genome and GQA in PyTorch >= 1.2 with improved zero and few-shot generalization [BMVC 2020, ICCV 2021]
Decoding Attention is specially optimized for MHA, MQA, GQA and MLA using CUDA core for the decoding stage of LLM inference.
249M-param MoE transformer built from scratch in PyTorch. GQA, RoPE, SwiGLU, sparse MoE with 3 aux losses, AMP training loop no Trainer abstractions. Architecture mirrors LLaMA/Mistral/Mixtral decisions, fully inspectable.
Predicting a subgraph alongside the answer in a graph based VQA model
Vision-Language, Solve GQA(Visual Reasoning in the Real World) dataset.
A RAG-based question-answering system that processes user queries using local documents. It extracts relevant information to answer questions, falling back to a large language model when local sources are insufficient, ensuring accurate and contextual responses.
LaTeX files for my honours thesis: "Graph Attention Networks for Compositional Visual Question Answering"
⚡ Optimize attention mechanisms with FlashMLA, a library of advanced sparse and dense kernels for DeepSeek models, improving performance and efficiency.
CUDA KV-cache eviction + INT8 quantized paged attention (vLLM-oriented). 26/26 pytest PASS on T1000. Eviction @16k blocks: host 1707.75µs → fused 562µs (~3×). INT8 attn p50 1.76–14.18ms; ~49.9% KV vs fp16. Apache-2.0 · PyTorch · NumPy.
This repository contains an implementation of Group Query Attention (GQA), an efficient variant of multi-head attention used in modern transformer models like LLaMA.
PyTorch implementation of the Transformer architecture (“Attention Is All You Need”) for English–Italian text-to-text translation, featuring encoder–decoder layers, multi-head attention, and training on a subset of the OPUS Books dataset.
LLM 推理链路优化 — Prefill/Decode 基准、Static/Paged KV Cache、GQA/MLA、Speculative Decoding;NumPy 可读参考 + PyTorch SDPA/AMP/compile 性能路径
A toolkit for vision-language processing to support the increasing popularity of mulit-modal transformer-based models
LLM pretraining from scratch on FineWeb dataset (architecture and all components explained), plus optimal use of GPU on SLURM cluster
SSD-resident INT2/INT4 KV cache with asynchronous staging and fused CUDA dequantizing decode attention for long-context LLM inference.
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