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                IEEE/ACM International Symposium on Code Generation and Optimization (CGO)
<br>co-located with PPoPP, CC and HPCA.
<br>San Diego, CA, USA
<br>February 22 - 26, 2020
<br>http://cgo.org/
<br>
<br>The International Symposium on Code Generation and Optimization (CGO) 
<br>provides a premier venue to bring together researchers and practitioners 
<br>working at the interface of hardware and software on a wide range of 
<br>optimization and code generation techniques and related issues. The 
<br>conference spans the spectrum from purely static to fully dynamic 
<br>approaches, and from pure software-based methods to specific 
<br>architectural features and support for code generation and optimization.
<br>
<br>IMPORTANT DATES
<br>Abstract Submission: August 30, 2019
<br>Paper Submission: September 6, 2019
<br>Author Rebuttal Period: October 9 - 10, 2019
<br>Paper Notification: October 22, 2019
<br>
<br>Original contributions are solicited on, but not limited to, the 
<br>following topics:
<br>- Code Generation, Translation, Transformation, and Optimization for 
<br>performance, energy, virtualization, portability, security, or 
<br>reliability concerns, and architectural support
<br>- Efficient execution of dynamically typed and higher-level languages
<br>- Optimization and code generation for emerging programming models, 
<br>platforms, domain-specific languages
<br>- Dynamic/static, profile-guided, feedback-directed, and machine 
<br>learning based optimization
<br>- Static, Dynamic, and Hybrid Analysis for performance, energy, memory 
<br>locality, throughput or latency, security, reliability, or functional 
<br>debugging
<br>- Program characterization methods
<br>- Efficient profiling and instrumentation techniques; architectural support
<br>- Novel and efficient tools
<br>- Compiler design, practice and experience
<br>- Compiler abstraction and intermediate representations
<br>- Vertical integration of language features, representations, 
<br>optimizations, and runtime support for parallelism
<br>- Solutions that involve cross-layer (HW/OS/VM/SW) design and integration
<br>- Deployed dynamic/static compiler and runtime systems for general 
<br>purpose, embedded system and Cloud/HPC platforms
<br>- Parallelism, heterogeneity, and reconfigurable architectures
<br>- Optimizations for heterogeneous or specialized targets, GPUs, SoCs, CGRA
<br>- Compiler support for vectorization, thread extraction, task 
<br>scheduling, speculation, transaction, memory management, data 
<br>distribution and synchronization
<br>
<br>The Artifact Evaluation process is run by a separate committee whose 
<br>task is to assess how the artifacts support the work described in the 
<br>papers. Authors of accepted papers have the option of submitting their 
<br>artifacts for evaluation within two weeks of paper acceptance. To ease 
<br>the organization of the AE committee, we kindly ask authors to indicate 
<br>at the time they submit the paper, whether they are interested in 
<br>submitting an artifact. Papers that go through the Artifact Evaluation 
<br>process successfully will receive a seal of approval printed on the 
<br>papers themselves. Additional information is available on the CGO AE web 
<br>page. Authors of accepted papers are encouraged, but not required, to 
<br>make these materials publicly available upon publication of the 
<br>proceedings, by including them as “source materials” in the ACM Digital 
<br>Library.
<br>
<br>-----
<br>
<br>This year, CGO has a special category of papers called “tools and 
<br>practical experience”. Such a paper is subject to the same page length 
<br>guidelines, except that it must give a clear account of its 
<br>functionality and a summary about the practice experience with realistic 
<br>case studies, and describe all the supporting artifacts available.
<br>
<br>The selection criteria are:
<br>- Originality: Papers should present CGO-related technologies applied to 
<br>real-world problems with scope or characteristics that set them apart 
<br>from previous solutions.
<br>- Usability: The presented Tools or compilers should have broad usage or 
<br>applicability. They are expected to assist in CGO-related research, or 
<br>could be extended to investigate or demonstrate new technologies. If 
<br>significant components are not yet implemented, the paper will not be 
<br>considered.
<br>- Documentation: The tool or compiler should be presented on a web-site 
<br>giving documentation and further information about the tool.
<br>- Benchmark Repository: A suite of benchmarks for testing should be 
<br>provided.
<br>- Availability: Preferences will be given to tools or compilers that are 
<br>freely available (at either the source or binary level). Exceptions may 
<br>be made for industry and commercial tools that cannot be made publicly 
<br>available for business reasons.
<br>- Foundations: Papers should incorporate the principles underpinning 
<br>Code Generation and Optimization (CGO). However, a thorough discussion 
<br>of theoretical foundations is not required; a summary of such should 
<br>suffice.
<br>
<br>-----
<br>
<br>Authors should carefully consider the difference in focus with the 
<br>co-located conferences when deciding where to submit a paper. CGO will 
<br>make the proceedings freely available via the ACM DL platform during the 
<br>period from two weeks before to two weeks after the conference. This 
<br>option will facilitate easy access to the proceedings by conference 
<br>attendees, and it will also enable the community at large to experience 
<br>the excitement of learning about the latest developments being presented 
<br>in the period surrounding the event itself.
<br>
<br>
<br>ORGANIZERS
<br>General Chairs
<br>   Jason Mars, University of Michigan
<br>   Lingjia Tang, University of Michigan
<br>
<br>Program Chairs
<br>   Jingling Xue, UNSW Sydney
<br>   Peng Wu, Futurewei Technologies
<br>
<br>Program Committee
<br>   Aaron Smith, Microsoft/University of Edinburgh
<br>   Andrew Adams, Facebook
<br>   Antonia Zhai, University of Minnesota
<br>   Ben Hardekopf, UCSB
<br>   Björn Franke, University of Edinburgh
<br>   Bruce R. Childers, University of Pittsburgh
<br>   Changhee Jung, Purdue University
<br>   Christophe Dubach, University of Edinburgh
<br>   Damian Dechev, University of Central Florida
<br>   Derek Bruening, Google
<br>   Erik Altman, IBM
<br>   Fabrice Rastello, Inria
<br>   Fredrik Kjolstad, MIT
<br>   Gennady Pekhimenko, University of Toronto
<br>   Guilherme Ottoni, Facebook
<br>   Guoyang Chen, Alibaba Group US Inc
<br>   Huimin Cui, Chinese Academy of Sciences
<br>   Jaejin Lee, Seoul National University
<br>   J Nelson Amaral, University of Alberta
<br>   Lisa Wu, UC Berkeley
<br>   Louis-Noël Pouchet, Colorado State University
<br>   Mahmut T. Kandemir, Pennsylvania State University
<br>   Maria Garzaran, Intel/UIUC
<br>   Michel Steuwer, University of Glasgow
<br>   Pen-Chung Yew, University of Minnesota
<br>   Raj Barik, Uber
<br>   Rajiv Gupta, UC Riverside
<br>   Sanjay Rajopadhye, Colorado State University
<br>   Simone Campanoni, Northwestern University
<br>   Snehasish Kumar, Google
<br>   Sreepathi Pai, University of Rochester
<br>   Svilen Kanev, Google
<br>   Teresa Johnson, Google
<br>   Timothy M. Jones, University of Cambridge
<br>   Tobias Grosser, ETH Zurich
<br>   Vijay Janapa Reddi, Harvard University
<br>   Walter Binder, University of Lugano
<br>   Xipeng Shen, North Carolina State University
<br>   Xu Liu, College of William and Mary
<br>   Zheng Wang, Lancaster University
<br>
<br>Paper Submission URL: https://cgo20.hotcrp.com/
<br>
<br>For detailed submission requirements, please see the CGO’20 website.
<br>
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