[www] r297631 - [EuroLLVM] Add poster authors and modified abstract

[Kevin Streit via llvm-commits]

Author: streit
Date: Mon Mar 13 11:16:11 2017
New Revision: 297631

URL: http://llvm.org/viewvc/llvm-project?rev=297631&view=rev
Log:

[EuroLLVM] Add poster authors and modified  abstract

On behalf of Johannes Doerfert <johannes at jdoerfert.de> (Mon Mar 13 17:24:04 2017 +0100)

Modified:
    www/trunk/devmtg/2017-03/2017/02/20/accepted-sessions.html

Modified: www/trunk/devmtg/2017-03/2017/02/20/accepted-sessions.html
URL: http://llvm.org/viewvc/llvm-project/www/trunk/devmtg/2017-03/2017/02/20/accepted-sessions.html?rev=297631&r1=297630&r2=297631&view=diff
==============================================================================
--- www/trunk/devmtg/2017-03/2017/02/20/accepted-sessions.html (original)
+++ www/trunk/devmtg/2017-03/2017/02/20/accepted-sessions.html Mon Mar 13 11:16:11 2017
@@ -1419,11 +1419,35 @@ Posters
     <tr class="entry">
      <td>
      <p class="author">
-      Alexandru Susu
+      Alexandru E. Şuşu
      </p>
      <p class="affiliation">
       Politehnica University of Bucharest
      </p>
+     <p class="author">
+      Radu Hobincu
+     </p>
+     <p class="affiliation">
+      
+     </p>
+     <p class="author">
+      Lucian Petrică
+     </p>
+     <p class="affiliation">
+      
+     </p>
+     <p class="author">
+      Calin Bîră
+     </p>
+     <p class="affiliation">
+      
+     </p>
+     <p class="author">
+      Gheorghe M. Ştefan
+     </p>
+     <p class="affiliation">
+      
+     </p>
 
      <p class="kind">
       Poster
@@ -1435,7 +1459,7 @@ Posters
        A Source-to-Source Vectorizer for the Connex SIMD Accelerator
      </p>
      <p class="abstract">
-<br />In this paper we present the implementation of a CPU portable automatic vectorization technique using the LLVM compiler, for the Connex SIMD processor. We achieve host-independent vectorization by using Opincaa, a runtime C++ assembler library for Connex. Source-to-source transformation is achieved by recovering from LLVM IR back to C++ and replacing in the source program the vectorized loops with the compiled Opincaa Connex kernel code. Opincaa allows also assembling at runtime immediate operands from symbolic expressions, allowing to run more expressive programs on the accelerator.<br /><br />Our modified LLVM compiler supports vectorization for wide Connex architectures of up to 1024 lanes. We present a few benchmarks we are able to vectorize for such a wide SIMD machine, which result in speedups up to a factor of 15x when running on Connex as opposed to running on one ARM core clocked at a frequency 5 times bigger.
+ We present the implementation of a CPU portable automatic vectorization technique using the LLVM compiler, for the Connex SIMD processor. We achieve host-independent vectorization by using Opincaa, a runtime C++ assembler library for Connex. Source-to-source transformation is achieved by recovering from LLVM IR back to C++ and replacing in the source program the vectorized loops with the compiled Opincaa Connex kernel code. Opincaa allows also assembling at runtime immediate operands from symbolic expressions, allowing to run more expressive programs on the accelerator.<br /><br />Our modified LLVM compiler supports vectorization for wide Connex architectures of up to 1024 lanes. We present a few benchmarks we are able to vectorize for such a wide SIMD machine, which result in speedups up to a factor of 11x when running on Connex as opposed to running on one ARM core clocked at a frequency 5 times bigger.
      </p>
      </td>
     </tr>