About
The Challenge
Complex multicore processors have disruptive effects on timing analysis and certification, as novel methods and tools are needed to support the challenge of analyzing them. The lack of multicore timing analysis (MTA) is one of the obstacles to the use of advanced software functions in critical domains.
The Vision
MASTECS will offer automotive and avionics providers the first certification-ready timing analysis tool and service for critical systems, capable of handling the complexity of multicore, leading to reduced fatalities on the road, safer and cheaper air travel and decreased CO2 emissions of planes and cars.
Objectives
MASTECS’ main aim is to bring to the market a commercial offering, combining:
Timing analysis software tools
Tool qualification and documentation to support certification and safety assessments
Expertise for consultancy services
Project Description
Project Coordinator Information
Technical Manager
Francisco J. Cazorla
Director of Computer Architecture / Operating Systems Research group
francisco.cazorla@bsc.es
Director of Computer Architecture / Operating Systems Research group
francisco.cazorla@bsc.es
Project Manager
Susana Vaquero
susana.vaquero@bsc.es
susana.vaquero@bsc.es
| Project name | Multicore Analysis Service and Tools for Embedded Critical Systems |
| Acronym | MASTECS |
| Funding Scheme | IA - Innovation Action |
| Grant Agreement ID | 878752 |
| Project Coordinator | Barcelona Supercomputing Center (BSC) |
| Start Date | 1 December 2019 |
| End Date | 30 November 2021 |
| Number of Partners | 4 |
| Overall budget | € 2.519.562,50 |
| EU contribution | € 1.999.625 |