Topic Brief: Dr Mike Pound explains how a man in the middle could be a big problem, unless we factor it in... RSA is widespread on the Internet, and uses large prime numbers - but how does it work?

The Hair Algorithm Computerphile -

Dr Mike Pound explains how a man in the middle could be a big problem, unless we factor it in... RSA is widespread on the Internet, and uses large prime numbers - but how does it work? One of the cleanest ways to cut down a search space when working out point proximity!

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  • Dr Mike Pound explains how a man in the middle could be a big problem, unless we factor it in...
  • RSA is widespread on the Internet, and uses large prime numbers - but how does it work?
  • One of the cleanest ways to cut down a search space when working out point proximity!
  • Monads sound scary, but Professor Graham Hutton breaks down how handy they can be.
  • Learn this caching trick for faster code from Dr Mike Pound -- Check out Brilliant's courses and start for free at ...

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Image References

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Solve Markov Decision Processes with the Value Iteration Algorithm - Computerphile
Cracking Enigma in 2021 - Computerphile
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The Hair Algorithm - Computerphile

The Hair Algorithm - Computerphile

Read more details and related context about The Hair Algorithm - Computerphile.

Prime Numbers & RSA Encryption Algorithm - Computerphile

Prime Numbers & RSA Encryption Algorithm - Computerphile

RSA is widespread on the Internet, and uses large prime numbers - but how does it work? Dr Tim Muller takes us through the ...

Key Exchange Problems - Computerphile

Key Exchange Problems - Computerphile

Diffie Hellman has a flaw. Dr Mike Pound explains how a man in the middle could be a big problem, unless we factor it in... Public ...

Code Optimisation via Memoization - Computerphile

Code Optimisation via Memoization - Computerphile

Learn this caching trick for faster code from Dr Mike Pound -- Check out Brilliant's courses and start for free at ...

A* (A Star) Search Algorithm - Computerphile

A* (A Star) Search Algorithm - Computerphile

Improving on Dijkstra, A* takes into account the direction of your goal. Dr Mike Pound explains. Correction: At 8min 38secs 'D' ...

What is a Monad? - Computerphile

What is a Monad? - Computerphile

Monads sound scary, but Professor Graham Hutton breaks down how handy they can be.

The Next Big SHA? SHA3 Sponge Function Explained - Computerphile

The Next Big SHA? SHA3 Sponge Function Explained - Computerphile

Read more details and related context about The Next Big SHA? SHA3 Sponge Function Explained - Computerphile.

Solve Markov Decision Processes with the Value Iteration Algorithm - Computerphile

Solve Markov Decision Processes with the Value Iteration Algorithm - Computerphile

Returning to the Markov Decision Process, this time with a solution. Nick Hawes of the ORI takes us through the

Cracking Enigma in 2021 - Computerphile

Cracking Enigma in 2021 - Computerphile

Enigma is known as the WWII cipher, but how does it hold up in 2021? Dr Mike Pound implemented it and shows how it stacks up ...

K-d Trees - Computerphile

K-d Trees - Computerphile

One of the cleanest ways to cut down a search space when working out point proximity! Mike Pound explains K-Dimension Trees.