Advanced Hardware Verification Techniques for CPS V&V
Lead Participant:
TEST AND VERIFICATION SOLUTIONS LTD
Abstract
Cyber Physical Systems (such as robotic vacuum cleaners, driverless cars or drones) have the potential to
dramatically change the way we live by handing over everyday tasks to computers. However, by their very
nature, such systems are very complex and often undertake tasks where failure can lead to injury or loss of life.
Thus, the testing of such systems to ensure they correctly perform their assigned function in a safe manner is
essential. This project brings together experts in this field: researchers from the University of Bristol, testing
experts from Test and Verification Solutions (a UK-based testing company) and developers of Cyber Physical
Systems (Dyson, Thales and SCISYS) to develop new test techniques to ensure these systems can be deployed
safely in the future.
dramatically change the way we live by handing over everyday tasks to computers. However, by their very
nature, such systems are very complex and often undertake tasks where failure can lead to injury or loss of life.
Thus, the testing of such systems to ensure they correctly perform their assigned function in a safe manner is
essential. This project brings together experts in this field: researchers from the University of Bristol, testing
experts from Test and Verification Solutions (a UK-based testing company) and developers of Cyber Physical
Systems (Dyson, Thales and SCISYS) to develop new test techniques to ensure these systems can be deployed
safely in the future.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
TEST AND VERIFICATION SOLUTIONS LTD | £83,696 | £ 58,587 |
  | ||
Participant |
||
UNIVERSITY OF BRISTOL | £6,511 | £ 6,511 |
People |
ORCID iD |
Mike Bartley (Project Manager) |