search for: snapdragon

...ernel (shows one of the instances)]* *[1] Android NDK r13b [LLVM/clang + binutils(as, ld, etc)] [2] Android NDK r17 [LLVM/clang + binutils(as, ld, etc)]* *[3]** Main LLVM/clang + Android NDK r13b binutils(as, ld, etc) **[4]* * Main LLVM/clang + Android NDK r17 binutils(as, ld, etc)* *[5]** Snapdragon Qualcomm LLVM/clang + NDK r13b binutils(as, etc) **[6]* * Snapdragon Qualcomm LLVM/clang + NDK r13b binutils(as, etc)* *[Average Battery Usage]* *BUILD SYSTEM INFORMATION* Code: #### Build system information #### exp at exp:~$ exp at exp:~$ sudo dmidecode -t system | grep "Manufacturer:...

> The main advantage of the clang-built Android ARM(32-bit) hammerhead kernel for my Nexus 5 has been the better battery usage when compared to that of gcc-built kernel, with the same kernel config and hardware(my Nexus 5 Android Smartphone). Details of the same can be found below. To be fair, the GCC version which comes with the android ndk has not been updated for four years, while the clang

I recently got a tegra TK1 and was curious how fast it was compared to my previous arm "build machine": the original arm Samsung chromebook. I timed running ninja to build just llvm in Release+Asserts using clang as the host compiler. chromebook: real 84m30.939s user 163m50.145s sys 4m0.100s TK1: real 34m7.376s user 132m44.417s sys 3m3.543s A really nice

Christos, We would be very interested in learning more about this. In my group, we (Prakalp Srivastava, Maria Kotsifakou and I) have been working on LLVM extensions to make it easier to target a wide range of accelerators in a heterogeneous mobile device, such as Qualcomm's Snapdragon and other APUs. Our approach has been to (a) add better abstractions of parallelism to the LLVM instruction set that can be mapped down to a wide range of parallel hardware accelerators; and (b) to develop optimizing "back-end" translators to generate efficient code for the accelerators...

...uld be very interested in learning more about this. >> >> In my group, we (Prakalp Srivastava, Maria Kotsifakou and I) have been >> working on LLVM extensions to make it easier to target a wide range of >> accelerators in a heterogeneous mobile device, such as Qualcomm's Snapdragon >> and other APUs. Our approach has been to (a) add better abstractions of >> parallelism to the LLVM instruction set that can be mapped down to a wide >> range of parallel hardware accelerators; and (b) to develop optimizing >> "back-end" translators to generate...

On Mar 29, 2012, at 12:57 PM, Jim Grosbach <grosbach at apple.com> wrote: > On Mar 29, 2012, at 2:46 AM, 陳韋任 <chenwj at iis.sinica.edu.tw> wrote: > >>> By the way, we are looking for ARM testers. There was a lot of interest in the 3.0 release for an ARM release. We will try to do one this release on a trial basis. We are looking for ARMv7 cortex-a8 and cortex-a9 on

On Mar 29, 2012, at 2:46 AM, 陳韋任 <chenwj at iis.sinica.edu.tw> wrote: >> By the way, we are looking for ARM testers. There was a lot of interest in the 3.0 release for an ARM release. We will try to do one this release on a trial basis. We are looking for ARMv7 cortex-a8 and cortex-a9 on Linux. > > We have two pandard board (ARMv7 cortex-a9) and perhaps one ARMv6 > 4-cores

Hello Paul and Simon, (Sorry - I'm not sure about the social conventions in mailing lists) Both of your answers helped me a lot! So If I understand it correctly, Clang knows what 'mips1' and 'mips5' are - but can't generate code for it? Why is it like that? I actually have a more in general questions about processors... If this is the wrong place for it, please ignore it,

...s. >>>> >>>> In my group, we (Prakalp Srivastava, Maria Kotsifakou and I) have been >>>> working on LLVM extensions to make it easier to target a wide range of >>>> accelerators in a heterogeneous mobile device, such as Qualcomm's >>>> Snapdragon >>>> and other APUs. Our approach has been to (a) add better abstractions of >>>> parallelism to the LLVM instruction set that can be mapped down to a >>>> wide >>>> range of parallel hardware accelerators; and (b) to develop optimizing >>>&...

Hi all, I have developed an Android VR player, which supports 4K video playback so far. I want to include the support for 8K video. The current Snapdragon 845 mobile platform supports up to 4K video playback, which lacks the support for my requirement. So I choose Android-x86 as my platform for development, which is Android OS runs on Intel x86 architecture. I've tried to play 8K(7680*3840) HEVC encoded video on Android-x86 7.1-r2 with VLC for An...

..., we (Prakalp Srivastava, Maria Kotsifakou and I) > have been > >>>> working on LLVM extensions to make it easier to target a wide > range of > >>>> accelerators in a heterogeneous mobile device, such as Qualcomm's > >>>> Snapdragon > >>>> and other APUs. Our approach has been to (a) add better > abstractions of > >>>> parallelism to the LLVM instruction set that can be mapped > down to a > >>>> wide > >>>> range of parallel hardware...