GSoC 22 Optimize floating point expressions

[AHMED TAREK]

Hello,

I am Ahmed Tarek a 1st year computer engineering and software systems student , I am interested in Optimize floating point expressions Project but I have some questions regarding it:

1. Who are the potential mentors ? so I can get in touch with them
2. Will I have a list with the expressions that I should work on or I will search for them
3. Is Hebie module enough for the project like in case we prefer speed over accuracy if not then What prior knowledge should I have to complete the project 
4. any advices to take in consideration 
   
5. Where to start writing initial proposal ?

 GitHub account : https://github.com/AhmedTareek

 LinkedIn : https://www.linkedin.com/in/ahmed-tarek-8b8b6714b/

Thanks in advance.

[Aaron Meurer]

On Sat, Mar 26, 2022 at 1:42 PM AHMED TAREK <7mad...@gmail.com> wrote:
>
> Hello,
> I am Ahmed Tarek a 1st year computer engineering and software systems student , I am interested in Optimize floating point expressions Project but I have some questions regarding it:
>
> Who are the potential mentors ? so I can get in touch with them

It's best to discuss things here on the list.

> Will I have a list with the expressions that I should work on or I will search for them

The idea of the project is to work with generic expressions, not a
specific list.

> Is Hebie module enough for the project like in case we prefer speed over accuracy if not then What prior knowledge should I have to complete the project

Hebie is useful as prior art for this project. If you can find other
prior art or literature on this it would be useful.

> any advices to take in consideration

For this project you should have good background knowledge of
numerical analysis to understand what sorts of things are more
numerically stable.

> Where to start writing initial proposal ?

Make sure you are aware of the patch requirement for GSoC.

Aaron Meurer

>
> GitHub account : https://github.com/AhmedTareek
> LinkedIn : https://www.linkedin.com/in/ahmed-tarek-8b8b6714b/
> Thanks in advance.
>

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