Claude Shannon’s method for formulating and solving problems
businessinsider.com
Claude Shannon’s method for formulating and solving problems
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Re: Claude Shannon’s method for formulating and solving problems
#2Step 2: Fill your 'mental matrix' with solutions to similar problems.
Step 3: Approach the problem from many different angles.
Step 4: Break a big problem down into small pieces.
Step 5: Solve the problem 'backwards.'
Step 6: If you've solved the problem, extend that solution out as far as it will go.
Re: Claude Shannon’s method for formulating and solving problems
#3Re: Claude Shannon’s method for formulating and solving problems
#4This is the original article: http://uk.businessinsider.com/engineer-claude-shannon-proble...
Re: Claude Shannon’s method for formulating and solving problems
#5It's a transcript of a speech Shannon gave on creativity.
Re: Claude Shannon’s method for formulating and solving problems
#6Step 1: Simplify. Simplify. Simplify. Step 2: Fill your 'mental matrix' with solutions to similar problems. Step 3: Approach the problem from many different angles. Step 4: Break a big problem down into small pieces. Step 5: Solve the problem 'backwards.' Step 6: If you've solved the problem, extend that solution out as far as it will go.
Re: Claude Shannon’s method for formulating and solving problems
#7I also like the Feynman problem solving algorithm:
1) Write down the problem.
2) Think very hard.
3) Write down the solution.
Re: Claude Shannon’s method for formulating and solving problems
#8These articles work as a trigger to get interested in Claude Shannon and then, the book itself. And I am sure it's working. I am almost tempted to buy the book. Like many people, I certainly detest many marketing tactics but this is an example of one that has been done right and is even helpful.
Re: Claude Shannon’s method for formulating and solving problems
#9Step 1: Simplify. Simplify. Simplify. Step 2: Fill your 'mental matrix' with solutions to similar problems. Step 3: Approach the problem from many different angles. Step 4: Break a big problem down into small pieces. Step 5: Solve the problem 'backwards.' Step 6: If you've solved the problem, extend that solution out as far as it will go.
... added to my fortune database @ http://github.com/globalcitizen/taoup
Re: Claude Shannon’s method for formulating and solving problems
#10Very good. Reminds me of the book "How to solve it" by Polya. I also like the Feynman problem solving algorithm: 1) Write down the problem. 2) Think very hard. 3) Write down the solution.