VEMDP 2014

Verification of Engineered Molecular Devices and Programs

July 17, 2014, Vienna, Austria
An affiliated workshop of CAV 2014
Submission deadlineMay 2, 2014
NotificationMay 18, 2014
Camera readyJune 1, 2014
Early registration deadlineJune 8, 2014

Special Journal Issue Call for Papers

We invite submissions of papers on Verification of Engineered, Molecular Devices and Programs for publication in a special issue of the Journal of Theoretical Computer Science (TCS), Section C (Theory of Natural Computing). We especially welcome extended versions of papers presented at the VEMDP 2014 Workshop in Vienna, affiliated with CAV 2014. We additionally also invite submissions of papers not presented at VEMDP, provided they fall within the scope of the call.

Scope

Significant advances have been made recently in engineering of synthetic, biomolecular systems, such as those built from DNA, RNA or enzymes. Potential applications are envisaged in biosensing, biomanufacturing and smart therapeutics, where safety and reliability are paramount. Since designing such systems is challenging and error-prone, formal modelling and verification techniques tailored to these types of systems are called for.

This special issue will be devoted to original research papers on theory and verification of engineered biological and chemical systems. While the main focus is on systems that do not occur naturally, we also encourage submissions concerning the verification of naturally occurring systems that have been functionally modified. These systems include, but are not limited to:

Topics

We will consider papers on any aspect of theory and verification of the above systems, including:

Submission

Papers should be 20-25 pages long, including appendices, and should be formatted according to Elsevier’s elsarticle.cls document style used for articles in the journal of Theoretical Computer Science (see the Guide for Authors).

Submissions are through the Elsevier Editorial System for TCS. To ensure that all manuscripts are correctly identified for inclusion into the special issue, please make sure you select/specify “SI:TCS_C VEMDP 2014” when you reach the relevant step in the submission process.

Important Dates

Editors

Marta Kwiatkowska
Department of Computer Science
University of Oxford
marta.kwiatkowska@cs.ox.ac.uk
Andrew Phillips
Biological Computation Group
Microsoft Research (Cambridge)
andrew.phillips@microsoft.com
Chris Thachuk
Computing and Mathematical Sciences
California Institute of Technology
thachuk@caltech.edu

Workshop Call for Papers

Verification of Engineered Molecular Devices and Programs (VEMDP) 2014 is a one day workshop, affiliated with the CAV 2014 conference, dedicated to the topic of verification of engineered biological and chemical systems. While the focus of this workshop is on biological and chemical systems that do not occur naturally, we also encourage submissions concerning the verification of naturally occurring systems that have been functionally modified. These systems include, but are not limited to:

We encourage topics that focus on any form of verification for these types of systems. Topics of interest may include, but are not limited to:

Submission Details

All contributed papers must be submitted by April 25, 2014 May 2, 2014 at 12:00 midnight (any timezone). Papers can be submitted as a PDF via EasyChair at the following website: VEMDP submission site. Papers are limited to 12 pages using a minimum font size of 11pt. Any details that have been omitted from the main paper content, such as technical proofs, must be included as an appendix for review. Papers will be blind reviewed by a minimum of three reviewers from the program committee and their invited external reviewers. Submitted papers must contribute original content and should not be under review for publication in another venue.

All FLoC/VSL 2014 participants will receive a USB flash drive with all the conference and workshop proceedings. A selection of papers from this workshop will be invited for publication in a special journal issue of Theoretical Computer Science C: Natural Computing.