meta user
network profile
| bio | website | atino.name |
|---|---|---|
| location | Italy | |
| age | 25 | |
| visits | member for | 2 years, 5 months |
| seen | yesterday | |
| stats | profile views | 75 |
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.
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May 13 |
asked | Examples of systems conforming the Lorentz Attractor |
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Apr 18 |
asked | Sum of series with generic term inside it |
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Apr 13 |
revised |
Infinite self-convolution for a function added 36 characters in body |
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Apr 13 |
revised |
Infinite self-convolution for a function added 172 characters in body |
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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. |
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Apr 13 |
revised |
Infinite self-convolution for a function added 58 characters in body |
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Apr 13 |
comment |
Infinite self-convolution for a function Yes! I thought it was the same right? |
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Apr 12 |
comment |
Infinite self-convolution for a function Variance increases everytime... and it seems not reaching a stable value... |
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Apr 12 |
revised |
Infinite self-convolution for a function Added picture |
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Apr 12 |
asked | Infinite self-convolution for a function |
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Mar 31 |
asked | Proof about how to get a uniform random variable from a generic one |
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Mar 20 |
revised |
Problems getting transformation function from source and destination random variables knowledge when handling the discrete case Grammar check |
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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! |
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Mar 19 |
asked | Problems getting transformation function from source and destination random variables knowledge when handling the discrete case |
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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... |
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Mar 17 |
accepted | Deriving the transformation function of a random variable from the original and the final distributions |
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Mar 17 |
asked | Deriving the transformation function of a random variable from the original and the final distributions |
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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... |
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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... |
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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... |
