In trying to reproduce the example given by Ady Tal at https://software.intel.com/en-us/articles/debugging-applications-with-in... I encounter the following problem:
$ ../sde-external-6.22.0-2014-03-06-lin/sde64 -mpx-mode -debug -- ./mpx_test3
Application stopped until continued from debugger.
Start GDB, then issue this command at the (gdb) prompt:
target remote :44736
This guide is intended to help developers use the latest version of Intel® Math Kernel Library (Intel® MKL) with MathWorks* MATLAB* on Intel® Xeon Phi™ Coprocessor System.
Contrato de licença:
I have a very simple test program that I'm using to play around with AVX instruction sets. It works perfectly fine on my MacBook Pro, however, the same piece of code will fire off a SIGILL on my Linux workstation. I check cpuid before invoking the instructions and /proc/cpuinfo is also has the AVX flag set. I'm using clang with the -mavx command line switch. The instructions throwing the exception are any _mm256_xxx ones. I'm not using the FMA instructions. /proc/cpuinfo says I have 12 cores of Intel(R) Xeon(R) CPU E5-1660 0 @ 3.30GHz.
hi, i don't know it i am posting on the correct position of forum (i'm not an expert), anyway
i'm using a proprietary software that give me an error on an executable file, the error say this: "aborted with system error code 1073741819".
the assistance of this software say me that is a bug that comes up when i execute it on intel 4th generation processor
they say also that the workaround is to rename the file mkl_avx2.dll to this: mkl_avx2.dll.18.104.22.168
but for me it doesn't work, maybe because i'm using an 3th generation processor (i7 3610QM)
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I have an issue with SDE emulating _mm512_permutevar_ps() [aka VPERMPS] in an unexpected way. I understand from the documentation that it should behave as the 512 bit variants of _mm256_permutevar8x32_ps(), and be able to do cross-lane shuffling. So the attached file should reverse the content of the vector. It works with _mm256_permutevar8x32_ps(), but _mm512_permutevar_ps() clearly doesn't produce the expected results, but rather an intra-lane shuffling:
I have a piece of code that I cannot disclose right now (I will try to reproduce it in a shorter example), the thing is when I compile it with /QAVX, it generate this code:
I am writing AVX code inside asm blocks (don"t want to use avx intrinsics).
A lot of gp registers are used and so they are mixed with the ones generated by the compiler and thus it is screwing the behavior of the code pretty fast.
Is there an automatic or manual way to avoid these register overlaps ?
Any link to documentation would be great.
I would like also to use asm blocks in fortan with ifort, but didn't find the way yet.