Implementation of a Transformer using ReLA (Rectified Linear Attention)

Last update: Oct 14, 2022

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Overview

ReLA (Rectified Linear Attention) Transformer

Implementation of a Transformer using ReLA (Rectified Linear Attention). It will also contain an attempt to combine the feedforward into the ReLA layer as memory key / values, as proposed in All Attention, suggestion made by Charles Foster.

Install

$ pip install rela-transformer

Usage

import torch
from rela_transformer.rela_transformer import ReLATransformer

model = ReLATransformer(
    num_tokens = 20000,
    dim = 512,
    depth = 8,
    max_seq_len = 1024,
    dim_head = 64,
    heads = 8,
    causal = True
)

x = torch.randint(0, 20000, (1, 1024))
logits = model(x) # (1, 1024, 20000)

Enwik8

$ python train.py

Citations

@misc{zhang2021sparse,
    title   = {Sparse Attention with Linear Units},
    author  = {Biao Zhang and Ivan Titov and Rico Sennrich},
    year    = {2021},
    eprint  = {2104.07012},
    archivePrefix = {arXiv},
    primaryClass = {cs.CL}
}

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Comments

LayerNorm/GatedRMS inconsistency
Hi! looking through pipeline it seems there are some inconsistencies with normalisation

# ReLA input to GRMSNorm # att code output: Linear(inner_dim, dim) + GRMSNorm # next in FF module input to LayerNorm

here we have problem with double norm since we have last layer GRMSNorm in att and first layer LayerNorm in FF.

looking at the paper it seems that in ReLA GRMSNorm is applied to result of mult(attn, v) before output projection not after projection like in this code. I also confused about usage of LayerNorm in FF should it be GRMSNorm instead? not clear from the paper as well
opened by inspirit 6

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Owner

Phil Wang

Working with Attention. It's all we need

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