Difference between revisions of "FSE 2016"
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==Topics== | ==Topics== | ||
− | *Agile software development | + | *Agile software development |
− | *Autonomic and (self-)adaptive systems | + | *Autonomic and (self-)adaptive systems |
− | Cloud computing | + | *Cloud computing |
− | Component-based software engineering | + | *Component-based software engineering |
− | Configuration management and deployment | + | *Configuration management and deployment |
− | Cooperative, distributed, and collaborative | + | *Cooperative, distributed, and collaborative |
− | software engineering | + | *software engineering |
− | Cyber physical systems | + | *Cyber physical systems |
− | Debugging, fault localization, and repair | + | *Debugging, fault localization, and repair |
− | Dependability, safety, and reliability | + | *Dependability, safety, and reliability |
− | Embedded software | + | *Embedded software |
− | Empirical software engineering | + | *Empirical software engineering |
− | End-user software engineering | + | *End-user software engineering |
− | Formal methods | + | *Formal methods |
− | Green and sustainable technologies | + | *Green and sustainable technologies |
− | Human factors and social aspects of | + | *Human factors and social aspects of |
− | software engineering Software reuse | + | *software engineering Software reuse |
− | Human-computer interaction | + | *Human-computer interaction |
− | Middleware, frameworks, and APIs | + | *Middleware, frameworks, and APIs |
− | Mining software engineering repositories | + | *Mining software engineering repositories |
− | Mobile applications | + | *Mobile applications |
− | Model-driven engineering | + | *Model-driven engineering |
− | Parallel, distributed, and concurrent systems | + | *Parallel, distributed, and concurrent systems |
− | Performance Ubiquitous/pervasive software systems | + | *Performance |
− | + | *Probabilistic systems | |
− | + | *Program analysis | |
+ | *Program comprehension | ||
+ | *Program synthesis | ||
+ | *Programming languages | ||
+ | *Recommendation systems | ||
+ | *Refactoring | ||
+ | *Requirements engineering | ||
+ | *Reverse engineering | ||
+ | *Search-based software engineering | ||
+ | *Security, privacy and trust | ||
+ | *Software architecture | ||
+ | *Software economics and metrics | ||
+ | *Software evolution and maintenance | ||
+ | *Software modeling and design | ||
+ | *Software process | ||
+ | *Software product lines | ||
+ | *Software services | ||
+ | *Software testing | ||
+ | *Software visualization | ||
+ | *Specification and modeling languages | ||
+ | *Tools and environments | ||
+ | *Traceability | ||
+ | *Ubiquitous/pervasive software systems | ||
+ | *Validation and verification | ||
==Submissions== | ==Submissions== | ||
==Important Dates== | ==Important Dates== |
Revision as of 12:14, 15 June 2021
FSE 2016 | |
---|---|
24th ACM SIGSOFT International Symposium on Foundations of Software Engineering
| |
Ordinal | 24 |
Event in series | FSE |
Dates | 2016/11/13 (iCal) - 2016/11/18 |
Presence | presence |
Homepage: | http://2016.icse.cs.txstate.edu/ |
Location | |
Location: | Seattle, Washington, USA |
Keynote speaker: | Mary Shaw, Stephen Ibaraki, Wolfram Schulte, Gail Murphy |
Table of Contents | |
The 24th ACM SIGSOFT International Symposium on Foundations of Software Engineering (FSE) 2016
Topics
- Agile software development
- Autonomic and (self-)adaptive systems
- Cloud computing
- Component-based software engineering
- Configuration management and deployment
- Cooperative, distributed, and collaborative
- software engineering
- Cyber physical systems
- Debugging, fault localization, and repair
- Dependability, safety, and reliability
- Embedded software
- Empirical software engineering
- End-user software engineering
- Formal methods
- Green and sustainable technologies
- Human factors and social aspects of
- software engineering Software reuse
- Human-computer interaction
- Middleware, frameworks, and APIs
- Mining software engineering repositories
- Mobile applications
- Model-driven engineering
- Parallel, distributed, and concurrent systems
- Performance
- Probabilistic systems
- Program analysis
- Program comprehension
- Program synthesis
- Programming languages
- Recommendation systems
- Refactoring
- Requirements engineering
- Reverse engineering
- Search-based software engineering
- Security, privacy and trust
- Software architecture
- Software economics and metrics
- Software evolution and maintenance
- Software modeling and design
- Software process
- Software product lines
- Software services
- Software testing
- Software visualization
- Specification and modeling languages
- Tools and environments
- Traceability
- Ubiquitous/pervasive software systems
- Validation and verification