Deep (learning) like Jacques Cousteau - Part 7 - Matrices
(TL;DR: matrices are rectangular arrays of numbers.)
(TL;DR: matrices are rectangular arrays of numbers.)
(TL;DR: Dijkstra’s algorithm is correct. Mathematical proof inside <3<3<3)
(TL;DR: Start with two vectors with equal numbers of elements. Multiply them element-wise. Sum the results. This is the dot product.)
(TL;DR: You can add vectors that have similar dimensions.)
(TL;DR: Multiply a vector by a scalar one element at a time.)
(TL;DR: Vectors are ordered lists of numbers.)
(TL;DR: Scalars are single numbers.)
(TL;DR: I’m going to go deep into deep learning. Sets are collections of things.)
(TL;DR: Come on. This is pretty short. Productivity level up by harnessing the power of RStudio!)
(TL;DR: Author algorithmically confirms what he already knows - that there is a way to get from Newtown Station to a tasty burger. Shortest path from Newtown...
(TL;DR: Author analyses R-Bloggers emails using Gmail API. Decides on when to post to get to the top of the email list. This could either work well or fail s...
(TL;DR: author continues to use his undiagnosed OCD for good. Breath-first search introduced on simple graph.) We learnt how to get OpenStreetMap data into ...
(TL;DR: author begins quest to use undiagnosed OCD to come up with different paths to walk to work…all in the name of weight loss) I love to walk. I’m in b...
(TD;DR: Received letter from real estate increasing my weekly rent. Reason for increase was not supported by evidence. Used R to look for evidence supporting...
The second post in an epic to learn to rank lists of things!
The first post in an epic to learn to rank lists of things!
Make your life easier by Dockerising your TensorFlow
Create a Deep Learning VM on GCP in 2 minutes
(TL;DR: matrices are rectangular arrays of numbers.)
(TL;DR: Start with two vectors with equal numbers of elements. Multiply them element-wise. Sum the results. This is the dot product.)
(TL;DR: You can add vectors that have similar dimensions.)
(TL;DR: Multiply a vector by a scalar one element at a time.)
(TL;DR: Vectors are ordered lists of numbers.)
(TL;DR: Scalars are single numbers.)
(TL;DR: I’m going to go deep into deep learning. Sets are collections of things.)
(TL;DR: matrices are rectangular arrays of numbers.)
(TL;DR: Start with two vectors with equal numbers of elements. Multiply them element-wise. Sum the results. This is the dot product.)
(TL;DR: You can add vectors that have similar dimensions.)
(TL;DR: Multiply a vector by a scalar one element at a time.)
(TL;DR: Vectors are ordered lists of numbers.)
(TL;DR: Scalars are single numbers.)
(TL;DR: I’m going to go deep into deep learning. Sets are collections of things.)
(TL;DR: matrices are rectangular arrays of numbers.)
(TL;DR: Start with two vectors with equal numbers of elements. Multiply them element-wise. Sum the results. This is the dot product.)
(TL;DR: You can add vectors that have similar dimensions.)
(TL;DR: Multiply a vector by a scalar one element at a time.)
(TL;DR: Vectors are ordered lists of numbers.)
(TL;DR: Dijkstra’s algorithm is correct. Mathematical proof inside <3<3<3)
(TL;DR: Author algorithmically confirms what he already knows - that there is a way to get from Newtown Station to a tasty burger. Shortest path from Newtown...
(TL;DR: author continues to use his undiagnosed OCD for good. Breath-first search introduced on simple graph.) We learnt how to get OpenStreetMap data into ...
(TL;DR: author begins quest to use undiagnosed OCD to come up with different paths to walk to work…all in the name of weight loss) I love to walk. I’m in b...
An attempt at explaining a difficult concept in a characteristically dense but intuitive way
Do you use Jupyter? Are you still sending sequential web requests like a noob? Then this article is for you!
Let’s learn how to answer the famous probability interview question involving pairs of socks.
Let’s cover the basics of images as data structures, meet some psychedelic cats and ‘paint’ a hot pink chessboard using NumPy!
Practical lessons from Oliver Burkeman’s “Four Thousand Weeks”
Oliver Burkeman’s “Four Thousand Weeks” is already one of the best books I’ve ever read
Before we begin:
The second post in an epic to learn to rank lists of things!
The first post in an epic to learn to rank lists of things!
Make your life easier by Dockerising your TensorFlow
Do you use Jupyter? Are you still sending sequential web requests like a noob? Then this article is for you!
A whale of a time!
This is for all the students out there!
(TL;DR: Author analyses R-Bloggers emails using Gmail API. Decides on when to post to get to the top of the email list. This could either work well or fail s...
(TD;DR: Received letter from real estate increasing my weekly rent. Reason for increase was not supported by evidence. Used R to look for evidence supporting...
(TL;DR: Author algorithmically confirms what he already knows - that there is a way to get from Newtown Station to a tasty burger. Shortest path from Newtown...
(TL;DR: Author analyses R-Bloggers emails using Gmail API. Decides on when to post to get to the top of the email list. This could either work well or fail s...
(TL;DR: Dijkstra’s algorithm is correct. Mathematical proof inside <3<3<3)
(TL;DR: Author algorithmically confirms what he already knows - that there is a way to get from Newtown Station to a tasty burger. Shortest path from Newtown...
Make your life easier by Dockerising your TensorFlow
Create a Deep Learning VM on GCP in 2 minutes
A whale of a time!
Make your life easier by Dockerising your TensorFlow
The second post in an epic to learn to rank lists of things!
The first post in an epic to learn to rank lists of things!
The second post in an epic to learn to rank lists of things!
The first post in an epic to learn to rank lists of things!
Practical lessons from Oliver Burkeman’s “Four Thousand Weeks”
Oliver Burkeman’s “Four Thousand Weeks” is already one of the best books I’ve ever read
(TL;DR: Author analyses R-Bloggers emails using Gmail API. Decides on when to post to get to the top of the email list. This could either work well or fail s...
(TL;DR: Come on. This is pretty short. Productivity level up by harnessing the power of RStudio!)
Let’s cover the basics of images as data structures, meet some psychedelic cats and ‘paint’ a hot pink chessboard using NumPy!
Let’s learn how to answer the famous probability interview question involving pairs of socks.
A recipe to go from spreadsheet to code
A recipe to go from spreadsheet to code
A recipe to go from spreadsheet to code
Well, that was unexpected…
An attempt at explaining a difficult concept in a characteristically dense but intuitive way