Hello,

Parsec 3.0 can be compiled using the ARM file system released by gem5, with
a minor effort, but you need to install/compile some extra packages needed.
If you find a way to access the ubuntu repository using the disk image (ARM
chroot?), it may be quite simple to install the dependencies.

Regards,

--
Fernando A. Endo, PhD student and researcher

Université de Grenoble, UJF
France



2014-04-18 17:56 GMT+02:00 Nguyễn Hiển <[email protected]>:

> Hello,
> Now i don't want to receive automatiquely mail from [email protected].
> I'am sorry. How I do for that ?
>
> Best regard!
>
>
> 2014-04-18 16:15 GMT+02:00 Ali Saidi <[email protected]>:
>
>
>> On Apr 17, 2014, at 3:36 AM, Kuk-Hwan Kim <[email protected]>
>> wrote:
>>
>> >
>> > Dear Gem5 community,
>> >
>> > I have simple two questions.
>> >
>> > 1. Do we have gem5 models which is similar to Cortex-M3 core + on-chip
>> SRAM
>> > + on-chip flash? If not, what would be the most efficient building out
>> of
>> > currently available component sets? Cortex-M3 has in-order CPU.
>>
>> Right now gem5 only support the ARMv7-A and ARMv8-A instruction profiles.
>> There would be some missing functionality for the ARMv6-M profile.
>>
>> Our SimpleMemory class would look quite a bit like any memory with a
>> deterministic access time provided you configured the latencies to be
>> similar and a timing simple cpu is a very simple machine that always
>> delays, it’s not in any way a model of a cortex-m, but it may be sufficient
>> depending on what you’re trying to do.
>>
>> >
>> > 2. PARSEC 3.0 for ARM
>> >
>> > I am looking forwards to have PARSEC 3.0 benchmark binaries ported to
>> > ARMv7a.
>> >
>> > As described in the following website,
>> > http://gem5.org/PARSEC_benchmarks
>> >
>> > arm-system-2011-08.tar.bz2 supposed to have 11 applications compiled to
>> > ARMv7 binaries. But I couldn't find the benchmark binaries inside the
>> disk
>> > image file? Did I download wrong file or the post is not currently
>> > reflecting reality?
>> I believe the key word is that they “can be” compiled, not that they are
>> and placed on the disk image. See http://gem5.org/DaCapo_benchmarks for
>> a quick way (chrooting) to compile binaries from a disk image if you have
>> an ubuntu system.
>>
>> >
>> > Any information or recommendation would be greatly appreciated
>> >
>> > Regards
>> > Kuk-Hwan
>> >
>> > _______________________________________________
>> > gem5-users mailing list
>> > [email protected]
>> > http://m5sim.org/cgi-bin/mailman/listinfo/gem5-users
>> >
>>
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>
>
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