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bio website embeddedrelated.com/blogs-1/…
location Arizona
age
visits member for 4 years, 5 months
seen Dec 9 at 1:41

Oct
3
comment Understanding Primitive Polynomials in GF(2)?
thanks for the reference! I like Saxena & McCluskey's algorithm for finding primitive polynomials.
Oct
3
comment Extended Euclidean Algorithm in bit representation problem
Thanks for mentioning Blankinship's algorithm! I'd never heard of it, but was able to implement it in Python for GF2 very easily.
Sep
22
asked how to choose point spacing to approximate a parametric curve using line segments?
Aug
10
comment generating a random periodic function with bounded amplitude and bounded fourier coefficients
re: randomly generating + scaling -- that's about what I thought of, but it skews the resulting probability distribution of the coefficients.
Aug
10
revised generating a random periodic function with bounded amplitude and bounded fourier coefficients
added 1084 characters in body
Aug
10
comment generating a random periodic function with bounded amplitude and bounded fourier coefficients
yes, a computational sense, let me elaborate; that's too loose of a bound.
Aug
10
asked generating a random periodic function with bounded amplitude and bounded fourier coefficients
Jul
20
awarded  Yearling
Jun
19
asked closed-form solution for 1/tanh(x) - 1/x that can be evaluated at/near x=0?
Feb
11
comment convolution square root of uniform distribution
hmm, upon further reflection it seems like there is no such pdf; the convolution of f(x) with itself would always have a maximum when it lines up.
Feb
11
asked convolution square root of uniform distribution
Feb
11
comment numerical integration for N datapoints
Huh, never heard of Romberg integration before, thanks... What if h is fixed (i.e. velocity measurements made once every N milliseconds) rather than something that can be increased adaptively?
Feb
11
comment numerical integration for N datapoints
Well, I understand that part when N is small (I guess it's kind of like windowing functions in FFTs), but not when N is large.
Feb
11
asked numerical integration for N datapoints
Sep
15
awarded  Enlightened
Sep
15
awarded  Nice Answer
Jul
21
comment closed-form expressions for product of 3n+k where k = 1 or 2
yes, I know. Read the Wolfram Alpha link. The gamma function expressions involve gamma(n+4/3) or gamma(n+5/3) which are not integer factorials.
Jul
21
asked closed-form expressions for product of 3n+k where k = 1 or 2
Jul
20
awarded  Yearling
Apr
5
comment constructing “pseudonoise” sequences other than (2^n)-1? (low cyclical autocorrelation)
hmm, looks like there's a lot of research on this: signalslab.marstu.net/?page_id=1769