Reduced Certification Costs Using Trusted Multi-core Platforms

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Home Public Documents Project Deliverables

Deliverables

#
Deliverable name
Lead
Nature
Dissem. Level
Date
D1.1.a
Top level requirements and motivation, requirements.

Report
Confidential
T0+3,T0+6
D1.1.b
Top level requirements and motivation, enhanced with business cases.

Report
Confidential
T0+3,T0+6
D1.2.a RECOMP Common requirements Specification
Report Confidential T0+9
D1.2.b RECOMP Domain specific requirements Specification
Report Confidential T0+9
D1.3.a Specification of detailed RECOMP Common requirements and demonstration goals
Report Confidential T0+15
D1.3.b Specification of detailed RECOMP domain specific Common requirements and demonstration goals
Report Confidential T0+15
D2.1 Component model specification
Report Public
T0+12
D2.1b Extended Component Model Specification for Certification
Report Public
T0+12
D2.2.1 Report on component validation methods and techniques
Report Public T0+24
D2.2.2 Tool prototypes for component validation
Prototype
Confidential T0+24
D2.3.1 Report on methods and techniques for verification, validation and timing analysis
Report Public T0+32
D2.3.2 Tool prototypes for verification, validation and timing analysis
Prototype Confidential T0+32
D2.4.1 Report on configuration methods and techniques
Report Public T0+32
D2.4.2 Prototype tools and mechanisms for configuration
Prototype Confidential T0+32
D2.5 Evaluations of selected methods and tools (annex)
Report Public T0+36
D3.1 Virtualization: Requirement definition and mechanism description.
Report Public T0+12, T0+24
D3.2 Core-to-core communication: Requirement definition and implementation.
Report Public T0+12, T0+24
D3.3 Operating system support: Architecture, Implementation, Evaluation.
Report Public

T0+18, T0+30

D3.4 HW support for operating systems and applications: Concept, Implementation, Evaluation.
Report Public T0+18, T0+36
D3.5 HW/SW Component integration
Report Public T0+18, T0+36
D4.1a.1 Overall Safety Requirements for Automotive/Industrial Control
Report Restricted T0+6
D4.1b.1 Safety Requirements for Aerospace Study Case
Report Restricted T0+6
D4.1a.2 Safety Certification Workshop IEC 61508
Other
Confidential T0+4
D4.1b.2 DO-178B Workshop
Other Confidential T0+4
D4.2a.1 Standards Amendment targeting multiple processor safety systems (SMP, AMP)
Report Restricted
T0+24
D4.2a.2 Development process amendments to achieve a robust and safe development
Report Restricted

T0+24, T0+36

D4.2b.1 Recommendations for use of multi-core in certifiable applications for Avionics
Report Restricted T0+24, T0+36
D4.3a.1 Lesson Material of multiple processor Safety Systems Architectures (SMP, AMP) (annex)
Other Public T0+36
D4.3b.1 Migration Method from DO-178 to IEC 61508 certification (SMP, ASP)
Report Public T0+36
D5.1 First reference design dual core “trusted Compute Platform” for automotive and industrial applications – IFX UK
Demonstrator Restricted T0+32
D5.2
Reference design dual core “Avionic Compute Platform” for avionics applications – 7S
Demonstrator Confidential T0+32
D.5.3 Application demonstrator (TCP) “Turbine protection and Valve safety” - MA
Demonstrator Confidential T0+32
D.5.4 Application demonstrator (ACP) “Air Traffic Management middleware” - INT
Demonstrator Confidential T0+32
D.5.5 Application demonstrator (TCP) “Escalator Controller” - KONE
Demonstrator Confidential T0+32
D.5.6 Application demonstrator (TCP) “Drive Controller” - Danfoss
Demonstrator Confidential T0+32
D.5.8 Application demonstrator (TCP) “Avionics Communication Modem” – TRT-UK
Demonstrator Confidential T0+32
D.5.9 Application demonstrator (TCP) “UAV Sense and Avoid System” – ESPELSA
Demonstrator Confidential T0+32
D.5.10 Application demonstrator “Automotive Steering Lock” – Delphi DE
Demonstrator Confidential T0+32
D.5.11 Application demonstrator (TCP) “servo control  for theatre equipment” - BUT
Demonstrator Confidential T0+32
D.5.12 Basic technology demonstrator for TCP
Demonstrator Confidential T0+32
D.5.13 “Analysis and Certification Tools” for TCP and ACP platforms - SYM
Demonstrator Confidential T0+32
D.5.14 “Avionics Tools Package” for ACP platforms - UGR
Demonstrator Confidential T0+32
D.5.15 Reference design: Commercial multi-core processor platform for Industrial Avionic applications - ISL
Demonstrator Restricted T0+32
D.5.16 Report on Analysis and Synthesis Tools for Certification Assistance
Report Confidential T0+32
D.5.17 Summary Reports
Report Confidential T0+32
D6.1 Evaluation metrics definition
Report Public T0+12
D6.2 Intermediate evaluation
Report Confidential T0+24
D6.3 Final evaluation
Report Confidential T0+36
D7.1 Preliminary market analysis and competitive assessment
Report Confidential T0+6
D7.2 Final Report on market analysis and competitive assessment
Report Confidential T0+30
D7.3 Preliminary  RECOMP Exploitation Plan
Report Confidential T0+12
D7.4 Final RECOMP Exploitation Plan
Report Confidential T0+36
D7.5 Communication and Dissemination plan
Report Public T0+1, T0+12
D7.6 RECOMP Website set-up
Other Public T0+3
D7.7 Newsletter
Report Restricted T0+6
D7.8 Industrial day
Other Restricted T0+36
D7.9 Dissemination Results and Impact
Report Restricted T0+36
D7.10 Dissemination Report 2010
Report Public T0+12
D7.11 Dissemination Report 2011
Report Public T0+24
D7.12 Dissemination Report 2012
Report Public T0+36
D8.1 Project plan: Annual work plans, Communication plan and Risk management plan.
Report Confidential T0+1,T0+13,T0+25
D8.2 Quality Assurance and project progress monitoring plan.
Report Confidential T0+2, T0+13,T0+25
D8.3 Periodic progress reports for JU.
Report Confidential T0+12, T0+24
D8.4 Final Report
Report Public T0+36
 

RECOMP at a Glance

Total budget: 9,4M€

Total effort: 1460,5 PMs

Duration: 04/2010 - 03/2013

This project is already concluded

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