KDnuggets Home » News » 2017 » Oct » Top Stories, Tweets » Top KDnuggets tweets, Oct 18-24: Chihuahua or muffin? The #DataScience Project Playbook ( 17:n42 )

Top KDnuggets tweets, Oct 18-24: Chihuahua or muffin? The #DataScience Project Playbook


Chihuahua or muffin? My search for the best computer vision API; Could #AI Be the Future of #FakeNews and Product Reviews? 7 Types of Artificial #NeuralNetworks for NLP.



Most popular @KDnuggets tweets for Oct 18-24 were

Most Retweeted:
7 Types of Artificial #NeuralNetworks for Natural Language Processing https://t.co/ceJUGFo08v https://t.co/UndwyR2AeU

Most Favorited:
The #DataScience Project Playbook https://t.co/lWJIpE40bn https://t.co/xnQJPxzW7E

Most Viewed:
The #DataScience Project Playbook https://t.co/lWJIpE40bn https://t.co/xnQJPxzW7E

Most Clicked:
Could #AI Be the Future of #FakeNews and Product Reviews? https://t.co/2M9RO8DmE1 https://t.co/zv88NLJZTZ

Top 10 most engaging Tweets
  1. Chihuahua or muffin? My search for the best computer vision API https://t.co/JOmCobmO3e https://t.co/TrwRFOIfpH
  2. Could #AI Be the Future of #FakeNews and Product Reviews? https://t.co/2M9RO8DmE1 https://t.co/zv88NLJZTZ
  3. 7 Types of Artificial #NeuralNetworks for Natural Language Processing https://t.co/ceJUGFo08v https://t.co/UndwyR2AeU
  4. Implementing Single Layer #NeuralNetworks from Scratch (The Algebra) https://t.co/7DxNBdvVdG https://t.co/bkjJDNVRsL
  5. The #DataScience Project Playbook https://t.co/lWJIpE40bn https://t.co/xnQJPxzW7E
  6. 7 Types of Artificial #NeuralNetworks for Natural Language Processing https://t.co/vsfKxJyrfT https://t.co/EEMrhsegm8
  7. .@NewYorker cover is a stark vision of #AI #MachineLearning eliminating jobs. What will humans have left? https://t.co/13lBWEYzcF https://t.co/8SNF805IN3
  8. Word Embeddings: An NLP Crash Course https://t.co/IIA3SS9OnY #MachineLearning #NLP https://t.co/bHfQrJ6a03
  9. #DeepLearning with Fast.ai @jeremyphoward: What I Learned from Lessons 1-3 #MachineLearning #AI https://t.co/Zs3vTlBCl8 https://t.co/zmPGSvpN4m
  10. Differentiating the Sigmoid Function #NeuralNetworks https://t.co/A383UpSgdJ https://t.co/706bGthtF4

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