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| ==Research== | ==Research== | ||
| The UPCRC Illinois whitepaper, , expands in great detail about three primary research themes:<br /> | The UPCRC Illinois whitepaper, , expands in great detail about three primary research themes:<br /> | ||
| <br />'''''Focus on Disciplined Parallel Programming'''''—Sequential languages have evolved to support well-structured ], and provide safety and modularity. Mechanisms for parallel control, synchronization, and communication have not yet undergone a similar evolution. The UPCRC Illinois takes the optimistic view that parallelism can be tamed for all to use by providing disciplined parallel programming models, supported by sophisticated development and execution environments. |
<br />'''''Focus on Disciplined Parallel Programming'''''—Sequential languages have evolved to support well-structured ], and provide safety and modularity. Mechanisms for parallel control, synchronization, and communication have not yet undergone a similar evolution. The UPCRC Illinois takes the optimistic view that parallelism can be tamed for all to use by providing disciplined parallel programming models, supported by sophisticated development and execution environments. | ||
| <br />'''''Multi-Front Attack on Multicore Programming'''''—UPCRC Illinois is taking an integrated broad-based attack on ] at all levels of the system stack from applications down to hardware, using every weapon in the arsenal to enable performance, scalability, and programmability. This includes investigating disciplined parallel languages, ] and autotuners, and domain-specific environments; developing a powerful translation environment to exploit information from multiple sources at different times in the life of a program; developing an adaptive runtime to handle heterogeneity and automate resource management; developing new hardware mechanisms to enhance performance, scalability and programmability; and rethinking the customary division of labor among the layers of the system stack. Refactoring tools will help move existing code to new environments and formal methods-based techniques and tools will help ensure correctness.</br> | <br />'''''Multi-Front Attack on Multicore Programming'''''—UPCRC Illinois is taking an integrated broad-based attack on ] at all levels of the system stack from applications down to hardware, using every weapon in the arsenal to enable performance, scalability, and programmability. This includes investigating disciplined parallel languages, ] and autotuners, and domain-specific environments; developing a powerful translation environment to exploit information from multiple sources at different times in the life of a program; developing an adaptive runtime to handle heterogeneity and automate resource management; developing new hardware mechanisms to enhance performance, scalability and programmability; and rethinking the customary division of labor among the layers of the system stack. Refactoring tools will help move existing code to new environments and formal methods-based techniques and tools will help ensure correctness.</br> | ||
| <br />'''''Human-Centric Vision of Future Consumer Applications'''''—Driving the agenda is a human-centric vision of future consumer applications, backed up by research on application technologies to enable quantum-leaps in immersive visual realism, reliable ], and robust ]. Investigating these applications reveals new parallel patterns and serves as a testbed for evaluating, refining, and ultimately proving UPCRC Illinois ideas on ] programming. | <br />'''''Human-Centric Vision of Future Consumer Applications'''''—Driving the agenda is a human-centric vision of future consumer applications, backed up by research on application technologies to enable quantum-leaps in immersive visual realism, reliable ], and robust ]. Investigating these applications reveals new parallel patterns and serves as a testbed for evaluating, refining, and ultimately proving UPCRC Illinois ideas on ] programming. | ||
| ==Parallel Computing History at Illinois== | ==Parallel Computing History at Illinois== | ||
| Illinois history in parallel computing stretches more than 40 years. From the first academic parallel ], the ILLIAC IV started in 1964, to today’s work to install the first ] computer, ], Illinois has defined the landscape of parallel computing. Contributions from past and current Illinois faculty include: | Illinois history in parallel computing stretches more than 40 years. From the first academic parallel ], the ILLIAC IV started in 1964, to today’s work to install the first ] computer, ], Illinois has defined the landscape of parallel computing. Contributions from past and current Illinois faculty include: | ||
| * ] | * ] | ||
| * ] | * ] | ||
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| * Compilers and ] – Analyzer, Polaris, Parafrase, IMPACT, ] | * Compilers and ] – Analyzer, Polaris, Parafrase, IMPACT, ] | ||
| * Race detection techniques | * Race detection techniques | ||
| * Parallel ] – Chare Kernel, Charm++ | * Parallel ]s – Chare Kernel, Charm++ | ||
| * IBM/] PERCS – a precursor to IBM’s Power 7 | * IBM/] PERCS – a precursor to IBM’s Power 7 | ||
| * AVIO to detect atomicity violations | * AVIO to detect atomicity violations | ||
| * Parallel programming ] | * Parallel programming ] | ||
| ==External |
==External links== | ||
| * | * | ||
| * | * | ||
Revision as of 12:45, 26 June 2009
UPCRC Illinois is one of two Universal Parallel Computing Research Centers launched in 2008 by Microsoft Corporation and Intel Corporation to accelerate the development of mainstream parallel computing for consumer and business applications such as desktop and mobile computing. UPCRC Illinois is a joint research effort of the Illinois Department of Computer Science and the Coordinated Science Laboratory at the University of Illinois at Urbana-Champaign. Research is conducted by faculty members and graduate students from the departments of Computer Science and Electrical and Computer Engineering. UPCRC Illinois research faculty are led by Co-Directors Marc Snir and Wen-mei Hwu, and Director of Research, Sarita V. Adve
Research
The UPCRC Illinois whitepaper, Parallel Computing Research at Illinois: The UPCRC Agenda, expands in great detail about three primary research themes:
Focus on Disciplined Parallel Programming—Sequential languages have evolved to support well-structured programming, and provide safety and modularity. Mechanisms for parallel control, synchronization, and communication have not yet undergone a similar evolution. The UPCRC Illinois takes the optimistic view that parallelism can be tamed for all to use by providing disciplined parallel programming models, supported by sophisticated development and execution environments.
Multi-Front Attack on Multicore Programming—UPCRC Illinois is taking an integrated broad-based attack on parallelism at all levels of the system stack from applications down to hardware, using every weapon in the arsenal to enable performance, scalability, and programmability. This includes investigating disciplined parallel languages, metaprogramming and autotuners, and domain-specific environments; developing a powerful translation environment to exploit information from multiple sources at different times in the life of a program; developing an adaptive runtime to handle heterogeneity and automate resource management; developing new hardware mechanisms to enhance performance, scalability and programmability; and rethinking the customary division of labor among the layers of the system stack. Refactoring tools will help move existing code to new environments and formal methods-based techniques and tools will help ensure correctness.
Human-Centric Vision of Future Consumer Applications—Driving the agenda is a human-centric vision of future consumer applications, backed up by research on application technologies to enable quantum-leaps in immersive visual realism, reliable natural-language processing, and robust telepresence. Investigating these applications reveals new parallel patterns and serves as a testbed for evaluating, refining, and ultimately proving UPCRC Illinois ideas on multicore programming.
Parallel Computing History at Illinois
Illinois history in parallel computing stretches more than 40 years. From the first academic parallel supercomputer, the ILLIAC IV started in 1964, to today’s work to install the first petascale computer, Blue Waters, Illinois has defined the landscape of parallel computing. Contributions from past and current Illinois faculty include:
- ILLIAC
- CEDAR
- Illinois Cache Coherence (MESI) Protocol
- OpenMP
- MPI
- Path Pascal
- Actors
- Java and C++ memory models
- Compilers and auto-parallelization techniques – Analyzer, Polaris, Parafrase, IMPACT, LLVM
- Race detection techniques
- Parallel runtime systems – Chare Kernel, Charm++
- IBM/DARPA PERCS – a precursor to IBM’s Power 7
- AVIO to detect atomicity violations
- Parallel programming patterns
External links
- UPCRC Illinois website
- Parallel Computing Research at Illinois: The UPCRC Agenda
- Parallel@Illinois website
- Coordinated Science Laboratory website
References
- "Microsoft and Intel Launch Parallel Computing Research Centers to Accelerate Benefits to Consumers, Businesses " (March 18, 2008).