Workshops
- For detailed information, see
http://www.stanford.edu/~candea/hotdep/
- Dependability includes attributes such as reliability, availability,
safety, and security. In order to realize dependable systems, system
software must provide not only such attributes against hardware
failures and intrusions, but also the software itself must have
robustness. Formal methods and tools, such as UML and model
checking, have been recently taken into account with a hope that they
enable design-time detection of malfunctioning to reduce the cost of
debugging.
- This one-day workshop covers all aspects of supporting dependable
software including theoretical results, case studies, language
aspects, software engineering tools, and system software. Topics
include but are not limited to:
- Integrated specification techniques such as UML, OWL and B
- Software Analysis
- Software Testing
- Automated theorem proving such as model checking
- Interactive theorem proving using proof assistants
- Abstraction and refinement using logical relations, abstract
interpretations, simulations and lax transformations
- Tools for building dependable systems,
such as real-time, WEB service, and distributed systems.
- Paper Submission:
- We invite authors to submit a full paper of up to 8 pages in IEEE
proceedings style. Authors should submit a Postscript or PDF file to
[email protected].
- Publication:
- Submitted papers will be fully refereed by PC members. Accepted
papers will be published in the supplement volume of DSN2005
proceedings.
- Important Dates:
- Paper submission deadline : March 1, 2005
Author notification : March 28, 2005
Camera-ready deadline : April 21, 2005
- Organizers:
- General Chair:
- Takuya Katayama (Japan Advanced Institute of Science and Technology)
- Program Co-Chairs:
- Yoshiki Kinoshita (National Institute of Advanced Industrial
Science and Technology)
- Yutaka Ishikawa (University of Tokyo)
- Contact:
- Yutaka Ishikawa <[email protected]>
- Call for Papers:
- Two main leading communication technologies co-exist in today's
interconnected networking systems and are converging: switching and
routing. These two technologies have two different and complementary
levels of fault detection and recovery. Switching resiliency is focused
on sensitivity to delays and connectivity whereas routing resiliency is
focused on traffic losses and traffic integrity.
- This workshop investigates the issues and challenges of assuring
that a multi-service converged networking system meet tight reliability
requirements to meet service level agreements. In particular, the
workshop will be focused on discussing and investigating the following
questions:
- What are the challenging issues of reflecting and estimating
the contribution of the various network and protocol levels of
resiliency to the service availability and reliability?
- How to aggregate the complexity and interactions from four
levels of networking functions (Physical, link, network and
transport layers) and work with a viable model that reflects
the networking system behavior from the service provider and
the service user standpoints?
- How to account for the interaction between reliability and
performance i.e. when modeling and estimating network
reliability how to account for the failure/repair behavior and
demonstrate an SLA is met under a given engineered
bandwidth?
- The aim of this workshop is to bring together the dependability
communities researchers and practitioners from both academia and
industry with the aim of cross-fertilization and creation of strong
collaboration among the participants to find practical and viable
solutions for these challenging questions.
- The 5 best submitted papers based on their relevance to the
workshop goals will be selected for presentation at the first half day
of the workshop and will be published in the supplement volume of the
DSN proceedings along with a summary paper of the issues and challenges
discussed and elements of proposed solutions based on the hands on work
of the second half day of the workshop.
- Paper Submission:
- Authors are invited to submit both research and industrial
experience papers of 6 to 8 pages on original, unpublished work
describing current research and novel ideas in the area of converged
networking system dependability modeling and estimation. Papers whose
contributions are supported by experimental evaluations are strongly
encouraged.
- Full papers must be received on March 1, 2005. Submissions should
contain no more than 8 two-column pages, including all figures and
references, single-space, using 11-point font, and 1-inch
margins. To submit your paper, please email it in PDF or PostScript
format to
[email protected]. Author names and affiliations
should appear on the title page.
- Important Dates:
- Paper submission deadline : March 1, 2005
Acceptance notification : March 30, 2005
Camera-ready deadline : April 22, 2005
- Organizers:
- Program Chair:
- Dr. Saida Benlarbi, Manager, System Reliability Engineering
Group, IP Division, Alcatel (Ottawa, Canada)
- Program Co-Chairs:
- Prof. Kishor Trivedi,
Professor, Electrical and Computer Engineering, Duke University
(NC, USA)
- Dr. Khaled El-Emam,
Chief Scientists, TrialStat (Ottawa, Canada)