Difference between revisions of "ESEC/FSE 2020"
| Line 21: | Line 21: | ||
{| class="wikitable sortable" | {| class="wikitable sortable" | ||
|- | |- | ||
| − | | Agile software development || Domain modeling and meta-modeling || Model-driven engineering || | + | | Agile software development || Domain modeling and meta-modeling || Model-driven engineering || Search-based software engineering |
|- | |- | ||
| − | | AI and software engineering || Education || Parallel, distributed, and concurrent systems || | + | | AI and software engineering || Education || Parallel, distributed, and concurrent systems || Security, privacy and trust |
|- | |- | ||
| − | | Apps and app store analysis || Embedded software || | + | | Apps and app store analysis || Embedded software || Performance || Software architecture |
|- | |- | ||
| − | | Automated reasoning techniques || Emerging domains of software || | + | | Automated reasoning techniques || Emerging domains of software || Program analysis || Beispiel |
|- | |- | ||
| Autonomic and (self-)adaptive systems || Empirical software engineering || Beispiel || Beispiel | | Autonomic and (self-)adaptive systems || Empirical software engineering || Beispiel || Beispiel | ||
|- | |- | ||
| − | | Big data || End-user software engineering || | + | | Big data || End-user software engineering || Program comprehension || Beispiel |
|- | |- | ||
| Cloud computing || Fault localization || Beispiel || Beispiel | | Cloud computing || Fault localization || Beispiel || Beispiel | ||
|- | |- | ||
| − | | Component-based software engineering || Formal methods || | + | | Component-based software engineering || Formal methods || Program repair || Beispiel |
|- | |- | ||
| − | | Computer-supported cooperative work || Green and sustainable technologies || | + | | Computer-supported cooperative work || Green and sustainable technologies || Program synthesis || Beispiel |
|- | |- | ||
| − | | Configuration management and deployment || Human and social aspects of software engineering || | + | | Configuration management and deployment || Human and social aspects of software engineering || Programming languages || Beispiel |
|- | |- | ||
| − | | Crowd sourced software engineering || Human-computer interaction || | + | | Crowd sourced software engineering || Human-computer interaction || Recommendation systems || Beispiel |
|- | |- | ||
| − | | Cyber physical systems || Knowledge acquisition and management || | + | | Cyber physical systems || Knowledge acquisition and management || Refactoring || Beispiel |
|- | |- | ||
| − | | Data-driven software engineering || Machine learning for software engineering || | + | | Data-driven software engineering || Machine learning for software engineering || Requirements engineering || Beispiel |
|- | |- | ||
| − | | Debugging || Middleware, frameworks, and APIs || | + | | Debugging || Middleware, frameworks, and APIs || Reverse engineering || Beispiel |
|- | |- | ||
| − | | Dependability, safety, and reliability || Mining software engineering repositories || | + | | Dependability, safety, and reliability || Mining software engineering repositories || Safety-critical systems || Beispiel |
|- | |- | ||
| − | | Distributed and collaborative software engineering || Mobile applications || | + | | Distributed and collaborative software engineering || Mobile applications || Scientific computing || Beispiel |
|} | |} | ||
Revision as of 10:24, 21 February 2020
| ESEC/FSE 2020 | |
|---|---|
ACM Joint European Software Engineering Conference and Symposium on the Foundations of Software Engineering
| |
| Event in series | ESEC/FSE2 |
| Dates | 2020/11/08 (iCal) - 2020/11/13 |
| Homepage: | https://2020.esec-fse.org/ |
| Location | |
| Location: | Sacramento, California, USA |
Loading map... | |
| Committees | |
| General chairs: | Prem Devanbu |
| PC chairs: | Myra Cohen, Thomas Zimmermann |
| Workshop chairs: | Vladimir Filkov, David Lo |
| Demo chairs: | Shane McIntosh, Baishakhi Ray |
| Table of Contents | |
Contents | |
27th ACM Joint European Software Engineering Conference and Symposium on the Foundations of Software Engineering (ESEC/FSE)
| Agile software development | Domain modeling and meta-modeling | Model-driven engineering | Search-based software engineering |
| AI and software engineering | Education | Parallel, distributed, and concurrent systems | Security, privacy and trust |
| Apps and app store analysis | Embedded software | Performance | Software architecture |
| Automated reasoning techniques | Emerging domains of software | Program analysis | Beispiel |
| Autonomic and (self-)adaptive systems | Empirical software engineering | Beispiel | Beispiel |
| Big data | End-user software engineering | Program comprehension | Beispiel |
| Cloud computing | Fault localization | Beispiel | Beispiel |
| Component-based software engineering | Formal methods | Program repair | Beispiel |
| Computer-supported cooperative work | Green and sustainable technologies | Program synthesis | Beispiel |
| Configuration management and deployment | Human and social aspects of software engineering | Programming languages | Beispiel |
| Crowd sourced software engineering | Human-computer interaction | Recommendation systems | Beispiel |
| Cyber physical systems | Knowledge acquisition and management | Refactoring | Beispiel |
| Data-driven software engineering | Machine learning for software engineering | Requirements engineering | Beispiel |
| Debugging | Middleware, frameworks, and APIs | Reverse engineering | Beispiel |
| Dependability, safety, and reliability | Mining software engineering repositories | Safety-critical systems | Beispiel |
| Distributed and collaborative software engineering | Mobile applications | Scientific computing | Beispiel |
Topics
- Agile software development
- AI and software engineering
- Apps and app store analysis
- Automated reasoning techniques
- Autonomic and (self-)adaptive systems
- Big data
- Cloud computing
- Component-based software engineering
- Computer-supported cooperative work
- Configuration management and deployment
- Crowd sourced software engineering
- Cyber physical systems
- Data-driven software engineering
- Debugging
- Dependability, safety, and reliability
- Distributed and collaborative software engineering
- Domain modeling and meta-modeling
- Education
- Embedded software
- Emerging domains of software
- Empirical software engineering
- End-user software engineering
- Fault localization
- Formal methods
- Green and sustainable technologies
- Human and social aspects of software engineering
- Human-computer interaction
- Knowledge acquisition and management
- Machine learning for software engineering
- Middleware, frameworks, and APIs
- Mining software engineering repositories
- Mobile applications
- Model-driven engineering
- Parallel, distributed, and concurrent systems
- Performance
- Program analysis
- Program comprehension
- Program repair
- Program synthesis
- Programming languages
- Recommendation systems
- Refactoring
- Requirements engineering
- Reverse engineering
- Safety-critical systems
- Scientific computing
- Search-based software engineering
- Security, privacy and trust
- Software architecture
- Software economics and metrics
- Software engineering for machine learning
- Software evolution and maintenance
- Software modeling and design
- Software process
- Software product lines
- Software reuse
- Software services
- Software testing
- Software visualization
- Specification and modeling languages
- Tools and environments
- Traceability
- Ubiquitous and pervasive software systems
- Validation and verification
Important Dates
Thu 5 Mar 2020 Research Papers Submission deadline
Wed 1 Apr 2020 Workshops Workshop proposals submission
Wed 15 Apr 2020 Workshops Notification
Mon 27 - Thu 30 Apr 2020 Research Papers Rebuttal period (all papers)
Tue 5 May 2020 Industry Papers Submission deadline
Sat 9 - Sun 10 May 2020 Research Papers Additional short response period (selected papers)
Thu 21 May 2020 Research Papers Notification
Mon 1 Jun 2020 Journal First Submission opens
Wed 10 Jun 2020 Visions and Reflections Submission deadline
Fri 19 Jun 2020 Tool Demos Submission deadlinenew
Fri 19 Jun 2020 Doctoral Symposium Submission deadline
Fri 26 Jun 2020 Student Research Competition Submission deadline
Tue 30 Jun 2020 Journal First Submission deadline
Fri 17 Jul 2020 Industry Papers Notificationnew
Tue 21 Jul 2020 Visions and Reflections Notification
Fri 31 Jul 2020 Journal First Notification
Mon 10 Aug 2020 Tool Demos Notificationnew
Fri 14 Aug 2020 Student Research Competition Notification
Fri 14 Aug 2020 Doctoral Symposium Notification
Mon 17 Aug 2020 Industry Papers Camera readynew
Thu 10 Sep 2020 Research Papers Camera ready
Thu 10 Sep 2020 Tool Demos Camera-readynew
Thu 10 Sep 2020 Student Research Competition Camera-ready
Thu 10 Sep 2020 Visions and Reflections Camera-ready
Thu 10 Sep 2020 Doctoral Symposium Camera-ready
Committees
General Chair
- Prem Devanbu, University of California, United States
Conference Chair
- Dale Fletter, University of California at Davis, United States
Program Co-Chair
- Myra Cohen, Iowa State University, United States
- Thomas Zimmermann, Microsoft Research, United States
Industry Track Co-Chair
- Manu Sridharan, University of California Riverside, United States
- Laurie Williams, North Carolina State University, United States
Workshops Co-Chair
- Vladimir Filkov, University of California at Davis, USA
- David Lo, Singapore Management University, Singapore
Demonstration Track Co-Chair
- Shane McIntosh, McGill University, Canada
- Baishakhi Ray, Columbia University, New York, United States
Showcase Track Co-Chair
- Shan Shan Huang, LogicBlox, Inc.
- Ciera Jaspan, Google. United States
Doctoral Symposium Co-Chair
- Tien N. Nguyen, University of Texas at Dallas, United States
- Alexander Serebrenik, Eindhoven University of Technology, Netherlands
Visions and Reflections Track Co-Chair
- Earl Barr, University College London, UK
- Lin Tan, Purdue University, United States
Journal First Co-Chair
- Christian Bird, Microsoft Research, United States
- Federica Sarro, University College London, UK
Artifacts Co-Chair
- Georgios Gousios, Delft University of Technology, Netherlands
- Kathryn Stolee, North Carolina State University, United States
Student Research Competition Co-Chair
- Sonia Haiduc, Florida State University, United States
- Bonita Sharif, University of Nebraska-Lincoln, United States
Web Co-Chair
- Anna Baynes, Sacramento State University, United States
- Shaowei Wang, Mississippi State University, United States
Social Media Chair
- Erik Fredericks, Oakland University, United States
Diversity and Inclusion Co-chair
- Andrew Begel, Microsoft Research, United States
- Maleknaz Nayebi, Polytechnique Montréal, Canada
- Ayushi Rastogi, Delft University of Technology, Netherlands
Registration Chair
- Robert Dyer, Bowling Green State University, United States
Student Volunteer Chair
- Anand Ashok Sawant, University of California at Davis, United States
Facts about "ESEC/FSE 2020"
| Acronym | ESEC/FSE 2020 + |
| End date | November 13, 2020 + |
| Event in series | ESEC/FSE2 + |
| Event type | Conference + |
| Has coordinates | 38° 34' 52", -121° 29' 38"Latitude: 38.581061111111 Longitude: -121.49389444444 + |
| Has demo chair | Shane McIntosh + and Baishakhi Ray + |
| Has general chair | Prem Devanbu + |
| Has location city | Sacramento + |
| Has location country | Category:USA + |
| Has location state | California + |
| Has program chair | Myra Cohen + and Thomas Zimmermann + |
| Has workshop chair | Vladimir Filkov + and David Lo + |
| Homepage | https://2020.esec-fse.org/ + |
| IsA | Event + |
| Start date | November 8, 2020 + |
| Title | ACM Joint European Software Engineering Conference and Symposium on the Foundations of Software Engineering + |
