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Apr
01
ArXiv Dives: Evolutionary Optimization of Model Merging Recipes

ArXiv Dives: Evolutionary Optimization of Model Merging Recipes

Today, we’re diving into a fun paper by the team at Sakana.ai called “Evolutionary Optimization of Model Merging
10 min read
Mar
25
ArXiv Dives: I-JEPA

ArXiv Dives: I-JEPA

Today, we’re diving into the I-JEPA paper. JEPA stands for Joint-Embedding Predictive Architecture and if you have been following
13 min read
Mar
20
How to train Mistral 7B as a "Self-Rewarding Language Model"

How to train Mistral 7B as a "Self-Rewarding Language Model"

About a month ago we went over the "Self-Rewarding Language Models" paper by the team at Meta AI
17 min read
Mar
18
Downloading Datasets with Oxen.ai

Downloading Datasets with Oxen.ai

Oxen.ai makes it quick and easy to download any version of your data wherever and whenever you need it.
4 min read
Mar
18
Uploading Datasets to Oxen.ai

Uploading Datasets to Oxen.ai

Oxen.ai makes it quick and easy to upload your datasets, keep track of every version and share them with
4 min read
Mar
11
ArXiv Dives - Diffusion Transformers

ArXiv Dives - Diffusion Transformers

Diffusion transformers achieve state-of-the-art quality generating images by replacing the commonly used U-Net backbone with a transformer that operates on
14 min read
Mar
04
"Road to Sora" Paper Reading List

"Road to Sora" Paper Reading List

This post is an effort to put together a reading list for our Friday paper club called ArXiv Dives. Since
21 min read
Mar
04
ArXiv Dives - Medusa

ArXiv Dives - Medusa

Abstract In this paper, they present MEDUSA, an efficient method that augments LLM inference by adding extra decoding heads to
5 min read
Feb
26
ArXiv Dives - Lumiere

ArXiv Dives - Lumiere

This paper introduces Lumiere – a text-to-video diffusion model designed for synthesizing videos that portray realistic, diverse and coherent motion – a
11 min read
Feb
19
ArXiv Dives - Depth Anything

ArXiv Dives - Depth Anything

This paper presents Depth Anything, a highly practical solution for robust monocular depth estimation. Depth estimation traditionally requires extra hardware
16 min read