Caltech Workshop on Verification and Validation: Difference between revisions
No edit summary |
No edit summary |
||
Line 10: | Line 10: | ||
{{righttoc}} == Description == | {{righttoc}} | ||
== Description == | |||
Formal verification and validation (V&V) have been subject to research in controls, computer science, and networking but often in isolation from each other. With recent convergence of controls, computation, and communication, there is a need for unified theories and algorithms. Despite advances in V&V tools in respective areas, such unification is in its infancy. Moreover, rigorous V&V for systems of current interest is a complicated task due to common difficulties including the interaction the software and the physical world, untraditional information flow, modeling/environmental uncertainties, and unavoidable explosion of computational complexity of the currently available tools (in both domains). | Formal verification and validation (V&V) have been subject to research in controls, computer science, and networking but often in isolation from each other. With recent convergence of controls, computation, and communication, there is a need for unified theories and algorithms. Despite advances in V&V tools in respective areas, such unification is in its infancy. Moreover, rigorous V&V for systems of current interest is a complicated task due to common difficulties including the interaction the software and the physical world, untraditional information flow, modeling/environmental uncertainties, and unavoidable explosion of computational complexity of the currently available tools (in both domains). |
Revision as of 16:36, 24 June 2009
![]() |
Caltech Workshop on Verification and Validation |
24-25 September 2009 Pasadena, CA |
Description
Formal verification and validation (V&V) have been subject to research in controls, computer science, and networking but often in isolation from each other. With recent convergence of controls, computation, and communication, there is a need for unified theories and algorithms. Despite advances in V&V tools in respective areas, such unification is in its infancy. Moreover, rigorous V&V for systems of current interest is a complicated task due to common difficulties including the interaction the software and the physical world, untraditional information flow, modeling/environmental uncertainties, and unavoidable explosion of computational complexity of the currently available tools (in both domains).
We believe that the success of formal methods and V&V in the intersection of controls, computer science, and networking is stringent on the development truly hybrid methods that blend ideas from all these areas and possibly others. The main purpose of the proposed workshop is to bring experts from academia, industry, and governmental agencies together and promote exchange of ideas and establishment of interdisciplinary collaborations. We will emphasize the integration of the tools and ideas from these fields to lead to a unified toolset. Moreover, we are expecting to highlight current trends and future directions in V&V research as well as industrial needs and requirements for V&V through outlook sessions and talks by experts from the industry and government agencies.
Invited speakers
- Rajeev Alur, Univ of Pennsylvania
- Karl-Erik Arzen, Lund Univ
- Calin Belta, Univ of Boston
- Stephen Boyd, Stanford Univ
- Michael Branicky, NSF & Case Western Reserve Univ
- Mani Chandy, Caltech
- Ed Clarke, Carnegie Mellon Univ
- Domitilla Del Vecchio, Univ of Michigan
- Eric Feron, Georgia Inst of Tech
- Gerard Holzmann, JPL
- Stephen Jacklin, NASA Ames
- Eric Klavins, Univ of Washington
- Nancy Leveson, MIT
- Rupak Majumdar, UCLA
- Sayan Mitra, Univ of Illinois
- Andrew Packard, UC Berkeley
- Andrea Platzer, Carnegie Mellos Univ
- Paulo Tabuada, UCLA
- Ashish Tiwari, SRI
- Stavros Tripakis, CNRS
- Brian Williams, MIT
This page contains information on how to get to Caltech and the location of various buildings on campus.
Getting to Caltech
LAX to Pasadena
Take Sepulveda Blvd. to the Glen Anderson Fwy (105) east to the Harbor Fwy (110) north to the Pasadena Fwy, which becomes the Arroyo Parkway. Take the Arroyo Parkway straight ahead (north); turn right (east) on Del Mar Blvd. Turn right onto Holliston and park in the lot. Parking permits are available on the third level (follow the signs).
Burbank airport to Pasadena
Take the Golden State Fwy (Interstate 5) south to the Ventura Fwy (134) east to the Foothill Fwy (210) east. Exit Hill Avenue; turn right (south) onto Hill. Take Hill south to Del Mar Blvd.; turn right (west) onto Del Mar. Turn left onto Holliston (first street) and park in the lot. Parking permits are available on the third level (follow the signs).
Organizers
- Mani Chandy (Caltech, CS)
- Richard Murray (Caltech, CDS)
- Paulo Tabuada (UCLA, ECE)
- Ufuk Topcu (Caltech, CDS)
The Caltech Verification and Validation Workshop, 2009 is sponsored by Caltech's Center of the Mathematics of Information and the Air Force Office of Scientific Research (through the MURI "Specification, Design and Verification of Distributed Embedded Systems").