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Data, Analytics & AI Weekly
November 30, 2020
Data Is Beautiful
25 Data Quotes To Make You Laugh
What is the Most
Disruptive Trend of
2021!?
Low Code No Code
Forrester predicts that the low-code market will grow 40% annually
to $21 B by 2022, while Gartner forecasts that low-code application
platforms will account for 65% of all app development by 2024".
More here
Great Stats & ML
Training!
More here
During World War II, 鍖ghter planes would come back from battle
with bullet holes.
The Allies found the areas that were most commonly hit by
enemy 鍖re. They sought to strengthen the most commonly
damaged parts of the planes to reduce the number that were
shot down.
A mathematician, Abraham Wald, pointed out that the perhaps
there was another way to look at the data. Perhaps the reason
certain areas of the planes weren't covered in bullet holes was
that planes that were shot in those areas did not return. This
insight led to the armor being re-enforced on the parts of plane
where there were no bullet holes.
The story behind the data is arguably more important than the
data itself. Or more precisely, the reason behind why we are
missing certain pieces of data may be more meaningful than the
data we have.
More Here
Great share by Damien O'Connor.
Sometimes the #data we DONT have says more
about reality than the data we have!
Customer of The
Week!
More here
MoneyBall!
More here
Thanksgiving
Humor
More here
Nerd Humor
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Nerd Humor
More here
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AI Weekly - November 30, 2020

  • 1. Data, Analytics & AI Weekly November 30, 2020
  • 2. Data Is Beautiful 25 Data Quotes To Make You Laugh
  • 3. What is the Most Disruptive Trend of 2021!? Low Code No Code Forrester predicts that the low-code market will grow 40% annually to $21 B by 2022, while Gartner forecasts that low-code application platforms will account for 65% of all app development by 2024". More here
  • 4. Great Stats & ML Training! More here
  • 5. During World War II, 鍖ghter planes would come back from battle with bullet holes. The Allies found the areas that were most commonly hit by enemy 鍖re. They sought to strengthen the most commonly damaged parts of the planes to reduce the number that were shot down. A mathematician, Abraham Wald, pointed out that the perhaps there was another way to look at the data. Perhaps the reason certain areas of the planes weren't covered in bullet holes was that planes that were shot in those areas did not return. This insight led to the armor being re-enforced on the parts of plane where there were no bullet holes. The story behind the data is arguably more important than the data itself. Or more precisely, the reason behind why we are missing certain pieces of data may be more meaningful than the data we have. More Here Great share by Damien O'Connor. Sometimes the #data we DONT have says more about reality than the data we have!
  • 11. Dont Like to Read? Prefer to Watch? Click here