Add weekly report blog url to SummerOfCode/2016.html

[grosser]

Has this patch been committed?

[gareevroman]

In D21283#474829, @grosser wrote:

Has this patch been committed?

I think that it has not. @zhengyangl, do you have any problems with committing? Do you have a commit access?

[zhengyangl]

@grosser @gareevroman No, I guess i don't have commit access. Could you please help me patch this commit?

www/trunk/SummerOfCode/2016.html

Since the Module Systems is meant to be generic, the project aims to improve the stability and coverage of the Module System by finding as many issues as possible. One approach is to add a buildbot for libstdc++, because this would change the merging model for the modules, and in this way, it will point out different issues which would not be observed by using libc++. The choice for libstdc++ is motivated by its wider use in Unix and, more importantly, the benefits it will bring to supporting modules for third party projects that rely on libstdc++.</p>
   <p>The Polyhedral framework provides an exact dependence analysis, which is more powerful than conventional dependence testing algorithms. Currently, LLVM mainline lacks a powerful dependence analysis framework, and at the same time, Polly&#39;s (a high level data locality optimizer based on polyhedral framework) dependence analysis is suitable for many transformation passes in LLVM like Loop Vectorization, Loop Versioning, Modulo Scheduling, Loop Nest Optimizations, etc. I want to provide an API to Polly such that its precise dependence analysis can be used as an Analysis pass within LLVM&#39;s transformation passes.</p>
   <p><a href="https://docs.google.com/document/d/1QyUzL3OOwJSI91lDqr7VsvqUsFyTY9FlpAwbGSipUtw/edit?pref=2&pli=1" target="_blank">Proposal</a></p>
   <p>Reporting interval: Weekly</p>
   <p>Personal website/blog: <a href="https://utpalbora.github.io/" target="_blank">Utpal Bora</a></p>
   <h3 id="scmph">SAFECode&#39;s Memory Policy Hardening</h3>
   <p>Monolithic kernels, like linux, did not provide a hardening mechanism on the kernel modules&#39; memory access. Modules in Linux could do almost everything. Arbitary write and read may cause system crash, information leak, and even rootkit injection. There is a great need to implement a memory hardening mechanism to limit the behavior of a kernel module.
 
 This projects will enhance the &#39;Baggy Bounds with Accurate Checking&#39; (BBAC). By adding information to the memory object&#39;s padding area, we can perform various safety checks with limited overhead. I will mainly focus on providing runtime access policy hardening. This work will prevent most of illegal memory accesses efficiently.</p>
+  <p><a href="https://docs.google.com/document/d/1SNmdULUqN52zDhM1Odw93DW_vX-2WlL0VgceNWaMLP0/edit?usp=sharing" target="_blank">Proposal</a></p>
+  <p>Reporting interval: Weekly</p>
+  <p>Personal website/blog: <a href="https://zhengyangl.github.io/" target="_blank">Zhengyang Liu</a></p>
   <h3 id="phoj">Enabling Polyhedral Optimizations in Julia</h3>
   <p>Julia is a dynamic programming language that, over the past few years, gained interest in the open-source community, especially in the field of scientific computing. Julia programs are executed by a virtual machine that translates the source code, during run-time, to machine code based on the LLVM compiler framework. LLVM provides a variety of analyses and transformation capabilities that are leveraged to optimize programs and facilitate efficient execution. More recently, LLVM was enhanced by a new optimization framework, namely Polly, that supports automatic parallelization and data-locality optimizations based on the polyhedral model. Polly is able to speed up compute kernels significantly, especially in the context of dense linear algebra and iterative stencil computations. In the course of this project I plan to integrate Polly into Julia to enable polyhedral optimizations for Julia programs.</p>
   <p><a href="https://docs.google.com/document/d/1s5mmSW965qmOEbHiM3O4XFz-Vd7cy9TxX9RQaTK_SQo/edit?usp=sharing" target="_blank">Proposal</a></p>
   <p>Reporting Interval: Weekly</p>
   <p>Personal website/blog: <a href="http://www.mreisinger.com" target="_blank">www.mreisinger.com</a></p>
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