On Mon, Jan 21, 2019 at 2:46 AM Andi Kleen wrote:
>
> Wojciech Muła writes:
> >
> > The main concern is if it's a proper approach? Seems that to match
> > other logic functions, like "a & b | c", a separate pattern is required.
> > Since an argument can be either negated or not, and we can use th
Here is the prototype for doing vectorized reduction
using SLP approach. I would appreciate feedback if this
is a feasible approach and if overall the direction is
right.
The idea is to vectorize reduction like this
S = A[0]+A[1]+...A[N];
into
Sv = Av[0]+Av[1]+...+Av[N/VL];
So that, for insta
Respected sir/madam
I, Vikramsingh Kushwaha, currently studying in B.Tech 3rd year computer
engineering in MIT Pune, India. I am very much interested to contribute in
the open source projects. But i am new to this so I needed some guidance.
Even i wanted to participate in Google Dummer Of Code, so
Github Profile: https://github.com/vikramsinghkushwaha
Codechef Profile: https://www.codechef.com/users/vskushwaha_15
On Mon, Jan 21, 2019 at 11:37 PM Vikramsingh Kushwaha <
vskushw...@mitaoe.ac.in> wrote:
> Respected sir/madam
> I, Vikramsingh Kushwaha, currently studying in B.Tech 3rd year comp
Hello.
I've been inactive for some time due to exams but I have been studying
the real.h and IEEE 754 floating point format as far as I could.
> floating-point built-in functions. That means you should instead
> understand REAL_EXP and the significands of floating-point values, and
In GCC's repr
On Tue, 22 Jan 2019, Tejas Joshi wrote:
> the number like nan or normal in the functions. Though, attributes of
> struct real_value are pretty unclear to me regarding to the number it
> represents. (Am I right within this grasp?).
It may be helpful to run the compiler under a debugger to examine
