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YouTubeMahesh Huddar
Multi-Layer Perceptron Learning Feed Forward Learning Back Propagation Algorithm by Mahesh Huddar
Multi-Layer Perceptron Learning Algorithm Feedforward Learning Algorithm Back Propagation Algorithm by Mahesh Huddar Back Propagation Algorithm: https://youtu.be/zAPHIAGBjwE Derivation of Back Propagation Algorithm: https://youtu.be/XN5IRqtFhOY #1 Solved Example Back Propagation Algorithm: https://youtu.be/tUoUdOdTkRw #2 Solved Example Back ...
171.1K viewsFeb 24, 2024
Feedforward Neural Network
Ever wondered why a feedforward neural network isn’t ideal for image classification? Here’s a quick explainer on its downsides and why convolutional layers make all the difference. Full tutorial is up on YouTube @TensorsAndTea. #ai #deeplearning #technology
1:54
Ever wondered why a feedforward neural network isn’t ideal for image classification? Here’s a quick explainer on its downsides and why convolutional layers make all the difference. Full tutorial is up on YouTube @TensorsAndTea. #ai #deeplearning #technology
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Day-77: Feed-Forward Layers – The AI Brain’s Processing Power | Generative AI & Agentic AI Training
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Feedforward Control System
ErTuĞ GÖZAYDIN on Instagram: "🧠Hem Yazılım hem Robot Tasarım özellikleri bakımından Inovate Award kazandıran ZAĞANOS FTC robotumuzun özellikleri: Zağanos FTC robotu, hız, isabet ve kesintisiz skor prensipleriyle tasarlanmıştır. Dikey motor yerleşimli mekanum şasi, özel üretilmiş tekerler ve poliüretan kayışlı intake sistemi ile sahada akıcı, kararlı ve hızlı bir toplama kabiliyeti sunar. En önemli mekanik avantajı olan 270° dönebilen hafif taret, şasi hareket ederken hedefe kilitlenerek atış
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ErTuĞ GÖZAYDIN on Instagram: "🧠Hem Yazılım hem Robot Tasarım özellikleri bakımından Inovate Award kazandıran ZAĞANOS FTC robotumuzun özellikleri: Zağanos FTC robotu, hız, isabet ve kesintisiz skor prensipleriyle tasarlanmıştır. Dikey motor yerleşimli mekanum şasi, özel üretilmiş tekerler ve poliüretan kayışlı intake sistemi ile sahada akıcı, kararlı ve hızlı bir toplama kabiliyeti sunar. En önemli mekanik avantajı olan 270° dönebilen hafif taret, şasi hareket ederken hedefe kilitlenerek atış
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辻 二郎 on Instagram: "胸郭で受け、神経で安定させる。 Coiling Core × Med Ball Reaction ランジ姿勢で大きなメディシンボールをキャッチする。この動作の本質は「外力に対して力で抗う」ことではなく、神経で“統合して適応する”能力を育てることにある。 🧠神経学的メカニズム ランジ姿勢は、左右非対称の支持構造をつくり、骨盤と胸郭に異なる回旋トルクを発生させる。このとき、左股関節の求心性入力（afferent input）と右胸郭の遠心性出力（efferent drive）が同時に働き、体幹の交差的神経連鎖（Crossed Neuromuscular Pathway）が形成される。 メディシンボールをキャッチする瞬間、外力は胸郭の立体構造を通じて全身へ波のように伝わる。脊柱起立筋・腹斜筋群・広背筋が立体的に協応し、小脳歯状核（dentate nucleus）と前庭小脳が姿勢安定と運動誤差修正を即座に実行する。 このとき、前庭核（vestibular nuclei）は頭部加速度を感知し、視覚系（VOR：前庭動眼反射）と連動して視線を安定化。頭頂連合
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辻 二郎 on Instagram: "胸郭で受け、神経で安定させる。 Coiling Core × Med Ball Reaction ランジ姿勢で大きなメディシンボールをキャッチする。この動作の本質は「外力に対して力で抗う」ことではなく、神経で“統合して適応する”能力を育てることにある。 🧠神経学的メカニズム ランジ姿勢は、左右非対称の支持構造をつくり、骨盤と胸郭に異なる回旋トルクを発生させる。このとき、左股関節の求心性入力（afferent input）と右胸郭の遠心性出力（efferent drive）が同時に働き、体幹の交差的神経連鎖（Crossed Neuromuscular Pathway）が形成される。 メディシンボールをキャッチする瞬間、外力は胸郭の立体構造を通じて全身へ波のように伝わる。脊柱起立筋・腹斜筋群・広背筋が立体的に協応し、小脳歯状核（dentate nucleus）と前庭小脳が姿勢安定と運動誤差修正を即座に実行する。 このとき、前庭核（vestibular nuclei）は頭部加速度を感知し、視覚系（VOR：前庭動眼反射）と連動して視線を安定化。頭頂連合
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