#DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 698 pages): amzn.to/3gitVEJ v/ @PacktDataML ————— #DataScientist #DataScience #AI #MachineLearning #ML

KirkDBorne's tweet image. #DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 698 pages): amzn.to/3gitVEJ v/ @PacktDataML
—————
#DataScientist #DataScience #AI #MachineLearning #ML

#DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML ————— #DataScientist #DataScience #AI #MachineLearning #ML

KirkDBorne's tweet image. #DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML 
—————
#DataScientist #DataScience #AI #MachineLearning #ML

\\空間を描く!// Claude 4 sonnetでつくったお手軽カメラアプリ。 たった4回のチャットで10分でできちゃうお手軽さ。 去年は2時間かけてもうまくいかなかったのに、今は簡単にできる。 AIの成長がすさまじい! #Claude #tensorflow


Behold Jaxley: differentiable simulator for biophysical neuron models, written in the Python library #JAX, because we needed something more than #tensorflow. Imagine a sweet RNN models with Hodgkin–Huxley-type neurons 🧠 nature.com/articles/s4159… #neuroAI

Dr_Alex_Crimi's tweet image. Behold Jaxley: differentiable simulator for biophysical neuron models, written in the Python library #JAX, because we needed something more than #tensorflow. 
Imagine a sweet RNN models with Hodgkin–Huxley-type neurons 🧠
nature.com/articles/s4159…
#neuroAI

#DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML ————— #DataScientist #DataScience #AI #MachineLearning #ML

KirkDBorne's tweet image. #DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML 
—————
#DataScientist #DataScience #AI #MachineLearning #ML

Yo, TF lives in the pip package, just `pip install tensorflow` and import it! If you need the source, clone the GitHub repo under the `tensorflow` folder. Speedrun for success!


What is a #Tensor? A tensor is a fundamental data structure in machine learning and deep learning. It is essentially a multi-dimensional array of numbers. A #TPU is a custom hardware accelerator developed by $GOOGL to speed up large-scale tensor operations.

followthroughd1's tweet image. What is a #Tensor?  
A tensor is a fundamental data structure in machine learning and deep learning. It is essentially a multi-dimensional array of numbers.  
A #TPU is a custom hardware accelerator developed by $GOOGL to speed up large-scale tensor operations.
followthroughd1's tweet image. What is a #Tensor?  
A tensor is a fundamental data structure in machine learning and deep learning. It is essentially a multi-dimensional array of numbers.  
A #TPU is a custom hardware accelerator developed by $GOOGL to speed up large-scale tensor operations.

TensorFlow is an open-source Python library for machine learning and deep learning. It offers high-level Keras API for fast model building, eager execution, GPU/TPU acceleration....


Semua free dan open-source. * Kita memilih TensorFlow Lite karena memiliki best support untuk Raspberry Pi dan extensive documentation. 3. Object Detection Modelnya adalah YOLOv8 nano atau small variant, trained on custom dataset of rice seedlings.


open-source. Lightweight enough untuk embedded system tapi cukup powerful untuk run Python dan deep learning frameworks. 2. AI Framework kita bisa pakai TensorFlow Lite untuk Python, optimized untuk ARM architecture. Alternatif adalah PyTorch Mobile atau ONNX Runtime.


TensorFlow: Advanced Techniques Specialization Expand your skill set and master TensorFlow. Customize your machine learning models through four hands-on courses imp.i384100.net/daYgak


翔泳社『現場で使える!TensorFlow開発入門』 実践&修正 第4章 順伝播型ニューラルネットワーク Kerasによる実装 Sequential APIでモデルを構築 入力は画像の要素を一次元化したもので784 中間層は全結合層として1層追加、ノード数は64として、活性化関数はReLU Python, TensorFlow, プログラミング

mgktaq's tweet image. 翔泳社『現場で使える!TensorFlow開発入門』
実践&修正
第4章 順伝播型ニューラルネットワーク
Kerasによる実装

Sequential APIでモデルを構築
入力は画像の要素を一次元化したもので784 中間層は全結合層として1層追加、ノード数は64として、活性化関数はReLU

Python, TensorFlow, プログラミング

Did you know TensorFlow 2.20’s new async dataset ops auto-tune min_parallelism? 🚀 It reduces input pipeline warm-up time, boosting initial throughput by handling parallel I/O more intelligently—making your... blog.tensorflow.org/2025/08/whats-…


🚀 Did you know a Google Summer of Code project from 2020 became THE go-to TensorFlow Lite plugin for Flutter? Now officially under TensorFlow's GitHub! 🎯 Check it out: blog.tensorflow.org/2023/08/the-te…

blog.tensorflow.org

The TensorFlow Lite Plugin for Flutter is Officially Available

The TensorFlow Lite Plugin for Flutter is Officially Available


the promise of tensorflow v1 was heterogeneus hardware. In the spirit of the original google search cluster


#A new programming framework extends #Tensor operations to continuous data, enabling concise, high-performance code for applications like 3D sensing, geospatial analysis, and scientific computing. @MIT doi.org/hbcx5n techxplore.com/news/2025-11-t…


(3/n) StreamFlow is a plug-and-play acceleration solution that eliminates the need for re-training, distillation, or ReFlow. It directly enables the real-time deployment of large-scale Flow models, which is of great significance for applications such as AR/VR and real-time style…


To be honest, the real moat here is the accelerated linear algebra compiler, allowing tensorflow to run on steroids. everything else is still foggy background


Tensor Flow: 32x32 $\to$ 28x28 $\to$ 14x14 $\to$ 10x10 $\to$ 5x5 $\to$ Flatten (400) $\to$ 120 $\to$ 84 $\to$ 10.Sanity Check: Passed. Output shape [1, 10].Tomorrow: The training loop! #DeepLearning #PyTorch #ComputerVision


TensorFlow.jsの簡易分類器 fukure.sakura.ne.jp/jikken/tf.js/ ローカル動作なので画像はアップロードされません 可能なら特徴点抽出にGPUを使用します


隠し要素)セルフィーモード インカメラに映った人のシルエットが、 影となってサイトに登場します。 影の映画が始まりしばらくすると出てくる 謎の物体をクリックするとスタートです。 スマホでも可能ですが、 PCでの体験をおすすめします。 #WebGL #Threejs #TensorFlow

mount_inc's tweet image. 隠し要素)セルフィーモード

インカメラに映った人のシルエットが、
影となってサイトに登場します。

影の映画が始まりしばらくすると出てくる
謎の物体をクリックするとスタートです。

スマホでも可能ですが、
PCでの体験をおすすめします。

#WebGL #Threejs #TensorFlow

高崎卓馬さん( @takumantakuman )と 矢花宏太さんが設立した会社、 WRITING & DESIGN のサイトを 企画・制作しました。 ものづくりへのお二人の実直な姿勢を そのまま体現するサイトを目指しました。 wd-inc.jp CD, AD, De:イム ジョンホ @junim PL, AD, TD:岡部 健二 @kenjiokabe .



#DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML ————— #DataScientist #DataScience #AI #MachineLearning #ML

KirkDBorne's tweet image. #DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 667 pages): amzn.to/3gitVEJ v/ @PacktDataML 
—————
#DataScientist #DataScience #AI #MachineLearning #ML

#DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 698 pages): amzn.to/3gitVEJ v/ @PacktDataML ————— #DataScientist #DataScience #AI #MachineLearning #ML

KirkDBorne's tweet image. #DeepLearning with #TensorFlow and #Keras — Build and Deploy Supervised, Unsupervised, Deep, and Reinforcement Learning Models (3rd Ed., 698 pages): amzn.to/3gitVEJ v/ @PacktDataML
—————
#DataScientist #DataScience #AI #MachineLearning #ML

Behold Jaxley: differentiable simulator for biophysical neuron models, written in the Python library #JAX, because we needed something more than #tensorflow. Imagine a sweet RNN models with Hodgkin–Huxley-type neurons 🧠 nature.com/articles/s4159… #neuroAI

Dr_Alex_Crimi's tweet image. Behold Jaxley: differentiable simulator for biophysical neuron models, written in the Python library #JAX, because we needed something more than #tensorflow. 
Imagine a sweet RNN models with Hodgkin–Huxley-type neurons 🧠
nature.com/articles/s4159…
#neuroAI

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