346 reputation
110
bio website atino.name
location Italy
age 27
visits member for 3 years, 9 months
seen Mar 18 at 12:51

I'm an Italian boy. Actually I'm studying Computer Science Engineering (Software Engineering) at the University of Catania.

Main interests

I really like programming. I am very experienced in Microsoft ASP.NET web applications development but also in other languages and application types:

  • Microsoft ASP.NET for web applications development (C#, VB.NET, F#)
  • Microsoft .NET Framework for software development (C#, VB.NET, F#)
  • Microsoft WCF and WPF applications
  • C++ with Boost library integration
  • C
  • Java (SE and EE) for applications development

I also like creating graphics, animations and presentation using the most popular applications ni the Adobe families (I saw Flash growing since when it was still a baby, 5.0, and it was still Macromedia).

Languages

I like travelling a lot, and the best part of travelling is experiencing new languages, new sounds new people and culture. I actually love Asia. I lived in Japan for one year and worked there. Made also a lot of friends and gonna return there soon (I hope).

Sports

I also like sports. I practiced many but now I almost focus on human swimming and open water human swimming.

Other

I laso like photography, food (strange food) and music.


Mar
9
comment Queue system with queue-triggered input process
I labeled it as homework, thank you for telling...
Sep
10
comment Self multiplication of a CDF degenerates into a Dirac Delta?
Thank you very much for your answer, it could provide many useful details. I checked the another one as the correct answer because it simply makes more explicit what was questioned... but your answer provides good Math background. Thank you!!!
Apr
13
comment Infinite self-convolution for a function
@StefanSmith: Yeah, I am also getting contradictory results. It is not easy to manage this thing here... Furthermore, nobody asked me to solve this specific problem, actually it is just something that I need to do in order to achieve another target.
Apr
13
comment Infinite self-convolution for a function
Yes! I thought it was the same right?
Apr
12
comment Infinite self-convolution for a function
Variance increases everytime... and it seems not reaching a stable value...
Mar
20
comment Problems getting transformation function from source and destination random variables knowledge when handling the discrete case
Thankyou user65384 for your answer, but I am afraid to say that you did not get the point. I do not want to know how to get $F_Y(y)$, in my case I suppose I already have it. In your example you use $g(\cdot) = ln(\cdot)$ but in my question I pointed clear that $g$ must be $g(\cdot) =F_Y^{-1}(F_X(\cdot))$. In particular I need to consider the case where $F_Y(y)$ is a stair function that, so, cannot be inverted!
Mar
19
comment Deriving the transformation function of a random variable from the original and the final distributions
Just a question, how can I make the transformation when X and Y are discrete? $F_Y^{-1}(y)$ cannot be done...
Feb
18
comment Deriving the process of successfully consumed requests from the process of request-producers and the process of request-consumers
At the moment I am thinking how to re-write the question in a better way... Need some time sorry... you are right btw...
Feb
18
comment Deriving the process of successfully consumed requests from the process of request-producers and the process of request-consumers
This is what I am trying to understand... I provided some initial data, but I am trying to device a way to get this thing done... In my question I just wanted to know about a possible approach using the two quantities I introduced (say the two probabilities). I am aware that the question is getting a little vague... I'll try to edit it it...
Feb
18
comment Deriving the process of successfully consumed requests from the process of request-producers and the process of request-consumers
@joriki: It is one of the things I am asking as well...
Feb
17
comment Deriving the process of successfully consumed requests from the process of request-producers and the process of request-consumers
I had a feeling... But I cannot figure out how to adapt a death-birth model to this scenario. Btw, gonna check it out, thank you very much!
Jan
27
comment Mean of iid random variables, problem understanding a passage in a paper
OK, now I think I understand... he is treating $r$ which is a probability, like a random variable...
Jan
27
comment Mean of iid random variables, problem understanding a passage in a paper
You know I have a problem here... Sure you are right, but what about $P(r)$? What does it mean? It is a pdf, well, but here the mean is considered on a continuos r.v. However I would say that $P(r)$ is the number of edges whose $r_{i,j}$ is $r$ (say) on the total number of edges... I cannot figure what P(r) represents...
Jan
27
comment Mean of iid random variables, problem understanding a passage in a paper
I am providing a link to the paper: repositories.lib.utexas.edu/bitstream/handle/2152/13376/… Please refer to page 11 and you'll find it.
Jan
27
comment Mean of iid random variables, problem understanding a passage in a paper
ABSOLUTELY sure about this... But if you think this is wrong, please tell me...
Jan
27
comment Mean of iid random variables, problem understanding a passage in a paper
Thankyou... I was typing fast and did not realize I used gt and lt...
Oct
9
comment Do hashing functions have a probability distribution calculated for their output?
@MJD: I am trying... thanks for you message :)
Jun
14
comment Is there any closed-form expression to calculate each element of the inverse of a matrix?
Yeah by closed-form expression I mean a set of rules that involves elementary operations... For example, cofactors are calculated using minors, If I wanted to replace the cofactor term in the relation with an expression, how would it be... What I'd like to reach is a final formula not involving more steps to calculate the final quantity. Maybe it is not possible, just want a confirmation of this if possible.
Jun
4
comment Eigenvalues of a quasi-stochastic matrix
Ah, yeah, thankyou :)
Jun
4
comment Is it true that for matrices where all entry are lower than 1, determinant is lower than 1 as well?
I can understand that due to my carelessness you had to go through some troubles in understanding what I was looking for. Actually the question is the one here now, no more edits. I simply had in my mind the matrix structure but failed in explaining it and providing good details. I apologized. This being said, I do not think to deserve your bad words as there are many other members in this community behaving really bad towards those who answer their questions. You could simply say to pay more attention, it would have been "more professional".