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How to calculate theta jb Videos
- 1. Maximum Likelihood estimation - an introduction part 1
- 2. J.B. Hill talks about success, fear and positive thinking in Chicago, IL
- 3. The Gamma Distribution (Enjoy!)
- 4. Phasors - Converting to phasor form examples
- 5. Frank Wilczek: "A Beautiful Question" | Talks at Google
Maximum Likelihood estimation - an introduction part 1
This video introduces the concept of Maximum Likelihood estimation, by means of an example using the Bernoulli distribution. Check out ...
User Comments
Adam Omer
commented
on 22 Nov 2015
i really appreciate as many other econometricians through over the
world,because we, in the third world we suffer so much from inconvenient
environment to persue high education especially in the field of
statistics.God bless you Mr.Ben
Ashish Vinayak
commented
on 26 Jul 2015
@Ben I'm a little confused. The pdf that you use is supposed to be the
actual pdf or is this something you define arbitrarily?
Camille Ginnever
commented
on 03 Mar 2015
Where is the next part of this video? This one was super helpful but I want
to know how to differentiate that product!
Yusif Yusifov
commented
on 19 May 2015
Your videos are great, man, thank you very much and wish u good luck!
Ben Lambert
commented
on 29 Oct 2013
Hi, many thanks. Glad to hear you found it helpful! Thanks, Ben
Yan Hao Ng
commented
on 20 Aug 2015
Best explanation on ml I have ever seen...thanks.
Nesley Orochena
commented
on 29 Jun 2015
One of the best videos I have seen on MLE.
OsamaComm
commented
on 18 Oct 2013
Very Nice, I am so thankful.
user19107
commented
on 26 Jun 2015
can Xi be any value?
Julien Bei
commented
on 03 May 2015
Very clear!
saurabh sinha
commented
on 30 Nov 2015
Awesome!
J.B. Hill talks about success, fear and positive thinking in Chicago, IL
The Gamma Distribution (Enjoy!)
User Comments
Nickuncle
commented
on 23 Mar 2015
Is there a meaning for Alpha and Beta? What do they represent exactly?
Jonathan Strahl
commented
on 11 Apr 2015
+Nickuncle Were you asking what do they represent in terms of the gamma distribution? If so they are the shape and the rate parameters.
Q Liu
commented
on 01 Apr 2015
+Nickuncle Nah Nickuncle, alpha and beta are just like x and y. For example the x and y variables you use in your math class don't HAVE to be x and y. They could easily be alpha and beta or cat and hat.
Phasors - Converting to phasor form examples
A few examples with converting time domain signals into their phasor form representations.
User Comments
HKNatUIUC
commented
on 16 Sep 2013
since cosine is an even function we can rewrite it as 7cos(2*pi*10^8t -
14.5z)e^(-0.01z). Now if we were to write this in phasor form the 7cos
would go to 7e^(-14.5z*j), and since it is still being multiplied by the
last exponential term we get 7e^(-14.5z*j)*e^(-0.01z) = 7e^((-14.5*j
-0.01)z).
Steven Nguyen
commented
on 08 Sep 2013
How would I convert something like 7cos(14.5z - 2*pi*10^8t)e^(-0.01z) to
the frequency domain?
Garrett Jeffreys
commented
on 23 Nov 2014
If your phi value was zero, would the phasor form just essentially be the
magnitude? Or no?
ryan enos
commented
on 14 Nov 2015
why are your t's +'s?
Mustafa Haidari
commented
on 03 Sep 2015
Thanks
Frank Wilczek: "A Beautiful Question" | Talks at Google
Nobel laureate Frank Wilczek visited Google's office in Cambridge, MA to discuss his book, "A Beautiful Question: Finding Nature's Deep Design".
User Comments
gavinwince
commented
on 27 Jul 2015
Bravo!
Axel Bliss
commented
on 30 Jul 2015
+gavinwince dark matter and dark energy are both "positive"[expanding] and "negative"[self-consuming] conducts (behaviours) (due to time-flow rate or "rate of the flow of time") of Frank Wilczek's gridthe grid is "relativistic" though, also granular, that's why we cannot measure a huge polarity on it [well of course we can detect some polarity, but granularity and relativity (among particles or chromodynamic oscillations) kills most of that polatization, but not all of it]Frank play your cards, you have an ace, but we need better mathematical support, and a "grid granular field" to achieve the "theory of everything"We should "play" mixing types of the fundamental forces, applied on Hilbert space, and we should describe conditions inside the "chomodynamic condensation mechanisms" via discrete mathematics - combinatorics.The "flow" of chromodynamic noise, is constituted by vectorized points, with different potential. The chromodynamic hot-spots, the dense parts of the chromodynamic wave, are constituted by vectorized points with "broken symmetry" [we have to mimic the Higgs methods of broken symmetry on the Wilczek-grid]. The dark cold-spots of the chromodynamicWilczek-grid have non-broken symmetry. These vectorized points don't move with continuity but move in a quantized manner, only iff they cross with the granular grid, also all vectorized points act in groups (operation of set of elements to reveal the next vectorized spots on the grid) - we have to apply "group integration" or grid-calculus.If we don't complete grid-calculus others will, for Frank was exact.We need to do three things.1. evolve grid-calculus 2. evolve grid-calculus 3. evolve grid-calculusor we have to create a grid-calculus method
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