Four EECS faculty teams have been selected to receive 2010
HP Labs Innovation Research
Program (IRP) awards. The Innovation Research Program is designed to
create opportunities for colleges, universities, and research institutes
around the world to conduct breakthrough collaborative research with HP.
The investigators from Michigan are:
Prof. Mark Kushner
Project Title: "Modeling of
Micro-Dielectric Barrier Discharges"
HP Labs Theme: Digital Commercial
Lafortune and Prof.
Project Title: "Gadara: Dynamic
Deadlock Avoidance in Concurrent Software via
HP Labs Theme: Intelligent
Trevor Mudge and Prof. Thomas Wenisch
Prof. Kang G. Shin
Project Title: "Disaggregated
Memory for Energy-Efficient Data Centers"
HP Labs Theme: Intelligent
Project Title: "Flexible Resource
Management in Highly Available Virtual Data Centers"
HP Labs Theme: Intelligent Infrastructure
Mark Kushner will continue research funded by HP in 2009 into micro-plasmas. These
microscopic sources of ionized gases are critical components in the
development of next-generation electrophotography and commercial print
engine technologies. The collaboration with HP Labs will provide an
opportunity to investigate and understand plasma
physics phenomena and translate that understanding into
St�phane Lafortune and
will continue research funded by HP in 2008 and 2009 on a project called Gadara.
Gadara is the name for a controller that aims to
eliminate software deadlocks using discrete control theory. It works by
analyzing a program to find potential deadlocks, and then inserting control
logic into the program to ensure that the program cannot deadlock. The team of U-M and HP researchers have
developed the compiler technology which enables Gadara to operate on
Trevor Mudge and
Thomas Wenisch will continue research funded by HP in 2009 into the use of disaggregated memory to enhance the energy efficiency of data centers. Disaggregation refers to the separation of memory from other data center server components and linking together of those components through an interconnect. In modern blade servers, the memory sub-system is one of the most significant contributors to both purchase price and energy consumption. Disaggregation holds the promise of substantially reducing these costs.
Kang Shin will continue research funded by HP in 2009 into techniques for providing fault-tolerance and resource-utilization efficiency for virtualized data centers. The scope of the project includes memory-efficient mechanisms for protecting and restoring virtual machines and automated failure recovery in real time, taking into account resource availability. A long-term objective of this research is
to build a framework of flexible resource management facilities, taking into account all resources utilized in a
virtual data center, to achieve intelligent autoamtion for load balancing, reliability, and energy efficiency.
About the Awards
�Our goal with the HP Labs Innovation Research Program is to inspire the brightest minds from around the world to conduct high-impact scientific research, addressing the most important challenges and opportunities facing society in the next decade,� said Prith Banerjee, senior vice president of research at HP and director of HP Labs. �The University of Michigan has demonstrated outstanding achievement and we look forward to collaborating with it in this dynamic area of research.�
HP reviewed more than 375 proposals from 202 universities in 36
countries on a range of topics within the eight high-impact research themes
at HP Labs � analytics, cloud, content transformation, digital commercial
print, immersive interaction, information management, intelligent
infrastructure and sustainability. More details about the HP Labs Innovation
Research Program and worldwide award recipients are available at