The eighth ACM-IEEE International Conference on Formal Methods and Models for Codesign, Cambridge, UK

Abbrevation

MEMOCODE

Link

http://www.memocode-conference.com

City

Cambridge

Country

Deadline Paper

2011-03-04

Start Date

2011-07-11

End Date

2011-07-13

Abstract

The goal of MEMOCODE 2011, the ninth in a series of successful international conferences, is to gather researchers and practitioners in the field of the design of modern hardware and software system to explore ways in which future design methods can benefit from new results on formal methods. The ninth MEMOCODE conference will attract researchers and practitioners who create methods, tools, and architectures for the design of hardware/software systems. These systems face increasing design complexity including tighter constraints on timing, power, costs, and reliability. MEMOCODE seeks submissions that present novel formal methods and design techniques addressing these issues to create, refine, and verify hardware/software systems. We also invite application–oriented papers, and especially encourage submissions that highlight the design perspective of formal methods and models, including success stories and demonstrations of hardware/software codesign. Furthermore, we invite poster presentations describing ongoing work with promising preliminary results.<?XML:NAMESPACE PREFIX = O /><O:P></O:P> Topics of interest for regular submissions include but are not limited to<O:P></O:P> Â· system– and transaction–level modeling and verification, abstraction and refinement between different modeling levels, formal, semi–formal, and specification–driven verification, <O:P></O:P> Â· design and verification methods for composition of concurrent systems: multi–core platform architectures, systems–on–chip, networks–on–chip, <O:P></O:P> Â· formal methods and tools for hardware and software verification including theorem proving, decision procedures, <O:P></O:P> Â· non–traditional and domain–specific design languages for hardware and software, novel models of computation, and new design paradigms that unify hardware and software design, <O:P></O:P> Â· system–level estimation of performance and power in heterogeneous hardware/software architectures, <O:P></O:P> Â· applications and demonstrators of formal design methodologies and case studies of innovative system–level design flows,<O:P></O:P> Â· modeling and reuse of intellectual property at system–level, and <O:P></O:P> Â· design abstraction and high–level design demonstrating productivity and quality in generating and validating RTL and software. <O:P></O:P>