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...binary to IR translator in a separate project. This has required new techniques specific to this problem. Aparna can provide more information on techniques used in our LMDA. -Tim On Sun, Mar 03, 2013 at 09:18:47AM +0100, Sebastian Dreßler wrote: > Hi, > > On 03/03/2013 07:09 AM, Timothy Mattausch Creech wrote: > > [...] > > The main components of the released implementation are loop memory > > dependence analysis and parallel code generation using calls to POSIX > > threads. > > The loop memory dependence analysis sounds very interesting to me. Could > you...

----- Original Message ----- > From: "Timothy Mattausch Creech" <tcreech at umd.edu> > To: "Sebastian Dreßler" <dressler at zib.de> > Cc: "Aparna Kotha" <akotha at umd.edu>, llvmdev at cs.uiuc.edu > Sent: Sunday, March 3, 2013 11:32:49 AM > Subject: Re: [LLVMdev] AESOP autoparallelizing compiler &gt...

Hi, We would like to inform the community that we're releasing a version of our research compiler, "AESOP", developed at UMD using LLVM. AESOP is a distance-vector-based autoparallelizing compiler for shared-memory machines. The source code and some further information is available at http://aesop.ece.umd.edu The main components of the released implementation are loop memory

Hi, On 03/03/2013 07:09 AM, Timothy Mattausch Creech wrote: > [...] > The main components of the released implementation are loop memory > dependence analysis and parallel code generation using calls to POSIX > threads. The loop memory dependence analysis sounds very interesting to me. Could you provide some more information regar...

On 03/03/2013 02:09 PM, Timothy Mattausch Creech wrote: > Hi, > We would like to inform the community that we're releasing a version of our research compiler, "AESOP", developed at UMD using LLVM. AESOP is a distance-vector-based autoparallelizing compiler for shared-memory machines. The source code and some further i...

...hence is being parallelized > > Since A and B to function "func" are aliases it shouldn't have parallelized. > > Can you please let me know how you compute dependence ?? > > > Thanks, > Rahul > > > > On Sun, Mar 10, 2013 at 7:28 AM, Timothy Mattausch Creech <tcreech at umd.edu> wrote: > On Mon, Mar 04, 2013 at 03:01:15PM +0800, 陳韋任 (Wei-Ren Chen) wrote: > > Hi Timothy, > > > > > We would like to inform the community that we're releasing a version of our research compiler, "AESOP", developed at UMD us...

...be parallelized Loop func:for.body carries no dependence, hence is being parallelized Since A and B to function "func" are aliases it shouldn't have parallelized. Can you please let me know how you compute dependence ?? Thanks, Rahul On Sun, Mar 10, 2013 at 7:28 AM, Timothy Mattausch Creech <tcreech at umd.edu>wrote: > On Mon, Mar 04, 2013 at 03:01:15PM +0800, 陳韋任 (Wei-Ren Chen) wrote: > > Hi Timothy, > > > > > We would like to inform the community that we're releasing a version > of our research compiler, "AESOP", developed at U...

On Mon, Mar 04, 2013 at 03:01:15PM +0800, 陳韋任 (Wei-Ren Chen) wrote: > Hi Timothy, > > > We would like to inform the community that we're releasing a version of our research compiler, "AESOP", developed at UMD using LLVM. AESOP is a distance-vector-based autoparallelizing compiler for shared-memory machines. The source code and some further information is available at