On Mar 27, 8:52 pm, Mark Dickinson wrote:
> On Mar 27, 3:00 pm, joy99 wrote:
>
> > (i) Suppose we have 8 which is 2^3 i.e., 3 is the power of 2, which we
> > are writing in Python as,
> > variable1=2
> > variable2=3
> > result=pow(variable1,variable2)
>
> > In my first problem p(x) a list of floa
On Mar 27, 3:00 pm, joy99 wrote:
> (i) Suppose we have 8 which is 2^3 i.e., 3 is the power of 2, which we
> are writing in Python as,
> variable1=2
> variable2=3
> result=pow(variable1,variable2)
>
> In my first problem p(x) a list of float/decimals and f(x) is another
> such.
> Here,
> variable1=
On Mar 27, 4:36 pm, Mark Dickinson wrote:
> On Mar 27, 11:07 am, joy99 wrote:
>
> > (b) Suppose we have two distributions p(x1) and p(x2), of the Model M,
> > the E of EM algorithm, without going into much technical details is,
> > P0(x1,x2), P1(x1,x2)
>
> > Now I am taking random.random() t
On Mar 27, 11:07 am, joy99 wrote:
> (b) Suppose we have two distributions p(x1) and p(x2), of the Model M,
> the E of EM algorithm, without going into much technical details is,
> P0(x1,x2), P1(x1,x2)
>
> Now I am taking random.random() to generate both x1 and x2 and trying
> to multiply the
On Mar 27, 11:07 am, joy99 wrote:
> (i) By standard definition of Likelihood Estimation, we get if x EURO X,
> where X is a countable set of types, p is probability and f is
> frequency.
> L(f;p)=Ðp(x)f(x)
>
> My question is python provides two functions,
> (a) pow for power.
> (b) reduce(
2011/3/27 joy99
> Dear Group,
>
> I have two questions one related to pow() and other is related to
> random.
> My questions are as below:
>
> (i) By standard definition of Likelihood Estimation, we get if x EURO X,
> where X is a countable set of types, p is probability and f is
> frequency.
> L
