Difference between revisions of "CGO 2008"

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  | Acronym= CGO 2008
 
  | Acronym= CGO 2008
  | End date= 2008/04/10
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  | End date= 2008-04-10
 
  | Series=
 
  | Series=
 
  | Type  = Conference
 
  | Type  = Conference
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  | State = US/MA
 
  | State = US/MA
 
  | City  = US/MA/Boston
 
  | City  = US/MA/Boston
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| Year  = 2008
 
  | Homepage= cgo.org/cgo2008
 
  | Homepage= cgo.org/cgo2008
  | Start date= 2008/04/05
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  | Start date= 2008-04-05
 
  | Title = 6th Annual IEEE / ACM International Symposium on Code Generation and Optimization
 
  | Title = 6th Annual IEEE / ACM International Symposium on Code Generation and Optimization
 
  | wikicfpId= 1199}}
 
  | wikicfpId= 1199}}

Revision as of 04:12, 19 November 2021


Event Rating

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List of all ratings can be found at CGO 2008/rating

CGO 2008
6th Annual IEEE / ACM International Symposium on Code Generation and Optimization
Dates 2008-04-05 (iCal) - 2008-04-10
Homepage: cgo.org/cgo2008
Location
Location: US/MA/Boston, US/MA, US
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Important dates
Submissions: Nov 9, 2007
Table of Contents


The International Symposium on Code Generation and Optimization (CGO) provides a premier venue to bring together researchers and practitioners working on feedback-directed optimization and back-end compilation techniques. The conference covers static, dynamic, adaptive or continuous optimization. Original research contributions are solicited in areas including but not limited to the following:

�?�         Compilers, back-end code generators, translators, and binary optimization tools
�?�         Profiling and feedback-directed methodologies
�?�         Intermediate representations to support optimization
�?�         Thread extraction and thread-level speculation
�?�         Techniques for optimizing for parallelism, especially for multi-core systems
�?�         Power and energy efficiency optimizations
�?�         Optimization techniques for security and reliability
�?�         Optimizations for transactional memory
�?�         Memory management, including data distribution and synchronization
�?�         Program characterization and phase analysis techniques
�?�         Interaction of optimizations with modern hardware
�?�         Architectural and system support for optimizations
�?�         Experiences with real compilation and optimization systems, particularly with large, complex applications 
	

This CfP was obtained from WikiCFP