There is an increasing demand in industry to use formal methods to<br>achieve software–independent verification and validation of<br>safety–critical systems, e.g., in fields such as avionics, automotive,<br>medical, and other cyber–physical systems. Newer standards, such as<br>DO–178C (avionics) and ISO 26262 (automotive), emphasize the need for<br>formal methods and model–based development, speeding up the<br>adaptation of such methods in industry.<br>The aim of this workshop is to bring together researchers<br>and engineers who are interested in the application of formal and semi–formal<br>methods to improve the quality of safety–critical computer systems. In<br>particular, FTSCS strives strives to promote research and development of<br>formal methods and tools for industrial applications, and is particularly<br>interested in industrial applications of formal methods.<br>Specific topics include, but are not limited to:<br>* case studies and experience reports on the use of formal methods for<br>analyzing safety–critical systems, including avionics, automotive,<br>medical, and other kinds of safety–critical and QoS–critical systems<br>* methods, techniques and tools to support automated analysis,<br>certification, debugging, etc., of complex safety/QoS–critical systems<br>* analysis methods that address the limitations of formal methods in<br>industry (usability, scalability, etc.)<br>* formal analysis support for modeling languages used in industry,<br>such as AADL, Ptolemy, SysML, SCADE, Modelica, etc.<br>* code generation from validated models.<br>
Abbrevation
FTSCS
City
Luxembourg
Country
Luxembourg
Deadline Paper
Start Date
End Date
Abstract