Friday, May 25, 2012
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Monte carlo simulation: Brownian motion

This is a classic building block for Monte Carlos simulation: Brownian motion to model a stock price. The periodic return (note the return is expressed in continuous compounding) is a function of two components: 1. constant drift, and 2. random shock; ie, volatility multiplied by a randomized critical z value


18 Comments

  1. Hi, did you find an answer? I’m also interested.

  2. bravissimo, complimenti

  3. If it be NERD, I proudly am :D

  4. Thanks for all your videos. They are really helpful. You explain very well.

  5. this be for nerds and geeks me thinks.

  6. yes, thank you for noting that, I did mistakenly change the 252 to 25. I appreciate your help on that point. David

  7. What would be the modification of the methodology in this simulation if you would look at a simple portfolio of stocks instead of a singular asset?

  8. this really comes in handy for my masterthesis, thanks a bunch!

  9. you deleted the end 2 of the 252 drift daily on accident

  10. All the videos from the user are very good and are very helpful..
    :)

  11. Does anybody know if they have a youtube page? I guess it would be nice to see some videos.

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  14. Great stuff. Nice to read some well written articles. A long way between them.

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  16. Funny, your webpage is generated beautifuly on my new iPhone, didnt look quite right on my old peice of junk.

  17. I am compairing this article with another one I have read before and yours makes a lot more sense.

  18. Hehe, your website took quite a lot of time to load but it was worth it :) ))