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Allen Roush Hellisotherpeople

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@antonisa
antonisa / SAC.md
Last active April 8, 2024 09:17
Conference Decisions

The Impossible Task of Conference SACs/PCs or How I lost 3 Nights of Sleep

I am writing this post in order to share my thoughts on the processes behind acceptance/rejection decisions in top-tier (NLP) conferences. I'll first discuss the process and then share some thoughts on its shortcomings.

Before we start, a bit about me. I am an assistant professor (aka, rather junior: I have been in this position for less than 4 years, following my PhD studies and a short postdoc) working on NLP, with a focus on multilingualism and low-resource settings. While I have submitted, published at, and reviewed for *ACL conferences and workshops for many years, it was at EMNLP'23 that I was a Senior Area Chair (SAC) for the first time.

The Conference Paper Pipeline

Let's first briefly outline the process that a paper undergoes, from submission to decision:

@bluelovers
bluelovers / ChatGPT Stable Diffusion prompts generator.txt
Last active June 17, 2024 08:19
using ChatGPT as Stable Diffusion prompts generator
Stable Diffusion is an AI art generation model similar to DALLE-2.
Here are some prompts for generating art with Stable Diffusion.
Example:
- A ghostly apparition drifting through a haunted mansion's grand ballroom, illuminated by flickering candlelight. Eerie, ethereal, moody lighting.
- portait of a homer simpson archer shooting arrow at forest monster, front game card, drark, marvel comics, dark, smooth
- pirate, deep focus, fantasy, matte, sharp focus
- red dead redemption 2, cinematic view, epic sky, detailed, low angle, high detail, warm lighting, volumetric, godrays, vivid, beautiful
- a fantasy style portrait painting of rachel lane / alison brie hybrid in the style of francois boucher oil painting, rpg portrait
@trygvebw
trygvebw / find_noise.py
Last active June 21, 2024 15:31
A "reverse" version of the k_euler sampler for Stable Diffusion, which finds the noise that will reconstruct the supplied image
import torch
import numpy as np
import k_diffusion as K
from PIL import Image
from torch import autocast
from einops import rearrange, repeat
def pil_img_to_torch(pil_img, half=False):
image = np.array(pil_img).astype(np.float32) / 255.0