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公開されました！本当に楽しかった！ 時勢もあり直接会えなかったのでゲームを作りました！ SKY-HI / JUST BREATHE feat. 3RACHA of Stray Kids (Prod. UTA) -Music Video- @YouTubeより #JUSTBREATHE# #SKYHI# #3RACHA# #StrayKids#

J-WAVE #IMASIA# 聴いてくださった方々ありがとう。 めちゃくちゃ楽しんで思うがままハチャメチャやりました。 日付変われば配信スタートです。 SKY-HI / JUST BREATHE feat. 3RACHA of Stray Kids (Prod. UTA) -Teaser Movie- #JUSTBREATHE# #SKYHI# #3RACHA# #StrayKids#

These 94 lines of code are everything that is needed to train a neural network. Everything else is just efficiency. This is my earlier project Micrograd. It implements a scalar-valued auto-grad engine. You start with some numbers at the leafs (usually the input data and the neural network parameters), build up a computational graph with operations like + and * that mix them, and the graph ends with a single value at the very end (the loss). You then go backwards through the graph applying chain rule at each node to calculate the gradients. The gradients tell you how to nudge your parameters to decrease the loss (and hence improve your network). Sometimes when things get too complicated, I come back to this code and just breathe a little. But ok ok you also do have to know what the computational graph should be (e.g. MLP -> Transformer), what the loss function should be (e.g. autoregressive/diffusion), how to best use the gradients for a parameter update (e.g. SGD -> AdamW) etc etc. But it is the core of what is mostly happening. The 1986 paper from Rumelhart, Hinton, Williams that popularized and used this algorithm (backpropagation) for training neural nets: micrograd on Github: and my (now somewhat old) YouTube video where I very slowly build and explain:

🎥 SKY-HI と 3RACHA のコラボレーション楽曲「JUST BREATHE feat. 3RACHA of Stray Kids」 ／ MVリアクション動画をYouTubeにて公開！ 🎥✨ ＼ ■Music Video Reaction ( Stray Kids ver.) ■Music Video Reaction( BE:FIRST ver.)