Skip to content
Skip to breadcrumbs
Skip to header menu
Skip to action menu
Skip to quick search
Spaces
Quick Search
Help
Online Help
Keyboard Shortcuts
Feed Builder
What’s new
Available Gadgets
Log In
Habanero
Pages
Habanero Extreme Scale Software Research Project
Copy Page
You are not logged in. Any changes you make will be marked as
anonymous
. You may want to
Log In
if you already have an account. You can also
Sign Up
for a new account.
This page is being edited by
.
image-effects
image-attributes
search
attachments
weblink
advanced
Paragraph
Paragraph
Heading 1
Heading 2
Heading 3
Heading 4
Heading 5
Heading 6
Preformatted
Quote
Bold
Italic
Underline
Colour picker
More colours
Formatting
Strikethrough
Subscript
Superscript
Monospace
Clear Formatting
Bullet list
Numbered list
Task list
Outdent
Indent
Align left
Align center
Align right
Link
Table
Insert
Insert Content
Image
Link
Attachment
Symbol
Emoticon
Wiki Markup
Horizontal rule
Task List
Insert Macro
User Mention
Info
JIRA Issue
Status
Gallery
Table of Contents
Other Macros
Page Layout
No Layout
Two column (simple)
Two column (simple, left sidebar)
Two column (simple, right sidebar)
Three column (simple)
Two column
Two column (left sidebar)
Two column (right sidebar)
Three column
Three column (left and right sidebars)
Undo
Redo
Find/Replace
Keyboard Shortcuts Help
Hide the toolbars
Launch editor full screen
<div class="contentLayout" data-atlassian-layout="{"name":"pagelayout-two-simple-right","columns":["large","aside"]}"><div class="columnLayout twoColumns"><div class="cell large"><div class="innerCell"><p class="Free_Form"><span class="style_1" style="color: rgb(0,0,0);">The computer industry is at a major crossroads. Historically, single-core architectures have delivered sustained performance improvements at an exponential rate over multiple generations, and sequential programming languages and compilers have been able to pass these performance increases on to a wide range of applications. However, this is no longer the case due to current hardware trends and power efficiency limits. Instead of building processors with faster clock speeds, all computers--- embedded, mainstream, and high-end --- are being built using chips with an increasing number of processor cores, with little or no increase in clock speed per core. This trend poses a tremendous challenge for software enablement on future extreme scale systems as the number of cores per socket continues to grow, and the cores become more heterogeneous.</span></p><p class="Free_Form"><span class="style_1" style="color: rgb(0,0,0);">The Habanero project at Rice University was initiated in Fall 2007 to address the multicore software challenge by developing new programming technologies --- languages, compilers, runtime systems, and tools --- that support portable parallel abstractions for future hardware with high productivity and high performance. Our goal is to ensure that future software rewrites are done on software platforms that enable application developers to reuse their investment across multiple generations of homogeneous and heterogeneous extreme scale hardware. We also envision broader impact of this research including: updating the foundations of parallel software in introductory Computer Science courses, building an open source testbed to grow the ecosystem of researchers in the parallel software area, and using our research infrastructure as the basis for building reference implementations of future industry standards.</span></p><p class="Free_Form"><span class="style_1" style="color: rgb(0,0,0);"> <br /> </span></p><p class="Free_Form"><img class="confluence-embedded-image" src="/confluence/download/attachments/45455940/habanero_home.png?version=1&modificationDate=1652900789109&api=v2" data-image-src="/confluence/download/attachments/45455940/habanero_home.png?version=1&modificationDate=1652900789109&api=v2" data-linked-resource-id="45684920" data-linked-resource-type="attachment" data-linked-resource-default-alias="habanero_home.png" data-base-url="https://wiki.rice.edu/confluence" data-linked-resource-container-id="45455940" title="null > habanero_home.png" data-location="null > habanero_home.png"></p></div></div><div class="cell aside"><div class="innerCell"><p style="margin-left: 30.0px;"><img class="editor-inline-macro" src="/confluence/plugins/servlet/confluence/placeholder/macro?definition=e3BhZ2V0cmVlOnN0YXJ0RGVwdGg9Mn0&locale=en_GB&version=2" data-macro-name="pagetree" data-macro-parameters="startDepth=2"></p><p style="margin-left: 30.0px;"><img class="confluence-embedded-image" src="/confluence/download/attachments/4425835/habanero.png?version=1&modificationDate=1312519609464&api=v2" data-image-src="/confluence/download/attachments/4425835/habanero.png?version=1&modificationDate=1312519609464&api=v2" data-linked-resource-id="4588686" data-linked-resource-type="attachment" data-linked-resource-default-alias="habanero.png" data-base-url="https://wiki.rice.edu/confluence" data-linked-resource-container-id="4425835" title="Habanero > Publications > habanero.png" data-location="Habanero > Publications > habanero.png"></p></div></div></div></div>
If you are unable to use this CAPTCHA please
contact your administrator
for assistance.
Attachments
Labels
Location
Edit
Preview
Save
Cancel
Next hint