Call for Papers

Here's your chance to showcase your work, share your expertise, and open a dialogue with the Power Architecture community.

Contribute to our technical curriculum by submitting ideas for how-tos, standards, implementations – anything novel or helpful in developing Power Architecture solutions. Please consider how your idea integrates with our theme "breaking down the barriers to innovation."

While the submission deadline has passed, the technical review committee will consider late submissions on a case by case basis, if you are interested in submitting a topic for consideration please contact PADCinfo@power.org

Suggested Conference Disciplines and Topics

We are looking for technical presentations within these innovative disciplines:

Suggested Disciplines
Suggested Topics
Virtualization: Hardware and software perspectives

Virtualization helps customers optimize hardware resource utilization and has been a great success story for server consolidation. The use of virtualization is broadening beyond servers into embedded and desktop systems. This topic covers how virtualization is used across application segments from both hardware and software perspectives.
  • Best practices for usage and deployment
  • Optimizing Power Architecture technology for virtualization
  • XEN for Power Architecture technology
  • I/O virtualization
Digital Media built on Power Architecture technology

Digital media is becoming prevalent in all aspects of our lives, especially in the home. Power Architecture technology – from the instruction set architecture (ISA) to the implementations – is well suited for innovative digital media solutions. This discipline covers how Power Architecture technology is applied in the digital home and beyond.
  • Home media server development – hardware and software
  • Networking in the home
  • Game consoles
  • Delivering multimedia with AltiVec technology
  • Digital Rights Management (DRM) and other security topics
Power Architecture technology in compute-intensive solutions

Power Architecture technology is well known for its exceptional numeric processing capabilities in high-performance systems. For example, Power Architecture technology runs the world's fastest supercomputers, holding four of the top five spots on the TOP500 list as of November 2006. This discipline covers strategies for building compute-intensive systems.
  • Servers and other high-performance, multi-processing solutions (e.g., for industrial, medical, scientific applications)
  • Fabric/interconnects, including workload customization and optimization, cluster boot and management strategies/techniques
  • Specific novel applications/installations in high-performance computing (e.g., supercomputers)
  • "How to" sessions for getting a small cluster up and running
  • Use of AltiVec technology to accelerate performance
Multi-core solutions with Power Architecture technology

There is a clear shift toward developing systems with multi-core processors. Power Architecture technology, which typically has been associated with having the best performance-per-watt ratio on the market, is being used in many types of multi-core solutions – enabling even more efficient designs. This discipline covers design challenges and resources associated with multi-core application development.
  • Software programming models and challenges
  • Migrating legacy applications to multi-core
  • Multi-core micro and SOC design
  • Multi-core systems design
  • Compilers for multi-core
  • Development tools and libraries
  • Standardization efforts
Open source for an open architecture: Software development for the Power Architecture platform

Open source software development accelerates innovation and lowers design costs. It also gives customers greater freedom in choosing vendors. This discipline addresses how open source solutions, particularly Linux, are being leveraged with Power Architecture technology.
  • Linux on Power
  • Converged 64-bit Linux PowerPC tree
  • Open source projects using Power Architecture technology
  • Testimonials from individual developers or small companies on profitable business models in Power Architecture open source
  • Licensing and legal issues
An Embedded Perspective

Embedded computing is not new - but the lines of what makes a device "embedded" are blurring. Embedded applications typically have very limited memory and power constraints, and today's embedded devices, more than ever before, must have significant processing power. For these reasons, Power Architecture technology has been a leader in embedded systems for more than a decade. This discipline covers what it takes to develop innovative embedded solutions for networking, industrial, and automotive.
  • Power Architecture SOCs
  • Applications in the automotive, networking and consumer segments
  • Embedded software tool chain
  • RTOS and embedded Linux
  • Debug tools
  • Use of virtualization technology in embedded applications
  • Embedded security
Globally green Power Architecture technology

As global energy prices and attention to environmental preservation increases, power consumption, hazardous chemicals, and waste are all important considerations in product development. Power Architecture technology has always been power efficient. This discipline covers what is happening within the Power Architecture community to address environmental issues in a tangible way.
  • Optimizing performance-per-watt
  • Optimizing for low-power designs
  • Energy-efficient hardware and software techniques (e.g., dynamic power and thermal management)
  • Hazardous material elimination and "green" manufacturing processes (e.g., RoHS, lead-free)
  • Supply chain initiatives to design for recycling
Other Disciplines

If you have a topic that you don’t see covered within our disciplines, please submit under the ‘Other’ category for consideration.
  • Topics above supplied for suggestion only. Other Power Architecture based topics will be considered


Important Deadlines for Paper Submissions

   

Abstracts and topic submission deadline

April 20, 2007

Abstract acceptance notifications sent

May 18, 2007

Final conference schedule announced

June 1, 2007

Draft presentations due for technical committee review

July 12, 2007

Technical committee communicates revision requests

August 3, 2007

Final presentations due

August 31, 2007