Difference between revisions of "TACAS 2008"
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==Topics== | ==Topics== | ||
+ | *Specification and verification techniques for finite and infinite-state systems | ||
+ | *Software and hardware verification | ||
+ | *Theorem-proving and model-checking | ||
+ | *System construction and transformation techniques | ||
+ | *Static and run-time analysis | ||
+ | *Abstraction techniques for modeling and validation | ||
+ | *Compositional and refinement-based methodologies | ||
+ | *Testing and test-case generation | ||
+ | *Analytical techniques for secure, real-time, hybrid, critical, biological or dependable systems | ||
+ | *Integration of formal methods and static analysis in high-level hardware design or software environments | ||
+ | *Tool environments and tool architectures | ||
+ | *SAT solvers | ||
+ | *Applications and case studies | ||
+ | |||
+ | |||
==Submissions== | ==Submissions== | ||
==Important Dates== | ==Important Dates== |
Revision as of 12:19, 27 September 2021
TACAS 2008 | |
---|---|
International Conference on Tools and Algorithms for the Construction and Analysis of Systemss 2008
| |
Ordinal | 14 |
Event in series | TACAS |
Subevent of | ETAPS |
Dates | 2008/03/29 (iCal) - 2008/04/06 |
Presence | presence |
Homepage: | http://etaps08.mit.bme.hu/Conf/conf-frame-tacas.html |
Location | |
Location: | Budapest, Hungary |
Important dates | |
Papers: | 2007/10/12 |
Notification: | 2007/12/07 |
Papers: | Submitted 32 / Accepted 12 (37.5 %) |
Committees | |
PC chairs: | C. R. Ramakrishnan, Jakob Rehof |
Table of Contents | |
The 14. International Conference on Tools and Algorithms for the Construction and Analysis of Systemss (TACAS) 2008
Topics
- Specification and verification techniques for finite and infinite-state systems
- Software and hardware verification
- Theorem-proving and model-checking
- System construction and transformation techniques
- Static and run-time analysis
- Abstraction techniques for modeling and validation
- Compositional and refinement-based methodologies
- Testing and test-case generation
- Analytical techniques for secure, real-time, hybrid, critical, biological or dependable systems
- Integration of formal methods and static analysis in high-level hardware design or software environments
- Tool environments and tool architectures
- SAT solvers
- Applications and case studies