Integration of mixed-criticality subsystems on multicore and manycore processorsBabak Sorkhpour
This document summarizes an international workshop on integrating mixed-criticality subsystems on multicore and manycore processors. The workshop addressed several challenges in integrating mixed-criticality systems, including extra functional requirements, architectures, development tools, and certification. Several European projects were presented that are continuing research from previously completed projects in this area to address these challenges, with a focus on requirements, computer architectures, software support, and community building efforts.
Virtualization and hypervisor solutions for mixed-criticality systems based o...Babak Sorkhpour
This document discusses virtualization techniques for mixed-criticality systems using heterogeneous multicore processors. It begins with an introduction that outlines problems with complex embedded systems like certification and dependability. It then describes solutions like partitioning kernels and hypervisors that provide virtual execution environments and isolation. Examples of virtualization techniques are given, like the XtratuM hypervisor, that provide temporal and spatial isolation between partitions. Use cases like avionics and automotive systems are discussed where virtualization can help integrate applications with different criticality levels.
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
D1.2 analysis and selection of low power techniques, services and patternsBabak Sorkhpour
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
Integration of mixed-criticality subsystems on multicore and manycore processorsBabak Sorkhpour
This document summarizes an international workshop on integrating mixed-criticality subsystems on multicore and manycore processors. The workshop addressed several challenges in integrating mixed-criticality systems, including extra functional requirements, architectures, development tools, and certification. Several European projects were presented that are continuing research from previously completed projects in this area to address these challenges, with a focus on requirements, computer architectures, software support, and community building efforts.
Virtualization and hypervisor solutions for mixed-criticality systems based o...Babak Sorkhpour
This document discusses virtualization techniques for mixed-criticality systems using heterogeneous multicore processors. It begins with an introduction that outlines problems with complex embedded systems like certification and dependability. It then describes solutions like partitioning kernels and hypervisors that provide virtual execution environments and isolation. Examples of virtualization techniques are given, like the XtratuM hypervisor, that provide temporal and spatial isolation between partitions. Use cases like avionics and automotive systems are discussed where virtualization can help integrate applications with different criticality levels.
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
D1.2 analysis and selection of low power techniques, services and patternsBabak Sorkhpour
Goal: SAFEPOWER has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 687902.
SAFEPOWER’s goal is to enable the development of low power mixed-criticality systems through the provision of a reference architecture, platforms and tools to facilitate the development, testing, and validation of these kinds of systems according to the market needs
It is expected that the SAFEPOWER reference architecture and platforms will enable the integration and partitioning of mixed-criticality applications on a single device while reducing the total power consumption by 50%, compared to the non-integrated multi-chip implementation. To address this goal, SAFEPOWER needs to address a number of technology development challenges, that will afterwards be applied to the main project outputs, namely the SAFEPOWER low power reference architecture, the platforms and tools for the development, testing, and validation of low power mixed criticality systems.
PROJECT PARTNER(S):IKERLAN, S. Coop.CAF Signalling, S.L.fent Innovative Software SolutionsImperas Software Ltd.Kungliga Tekniska Högskolan (Royal Institute of Technology)SAAB ABUniversität Siegen
Methods: Railway Engineering, Energy Efficiency, Multi-Core Systems, Safety-Critical Systems, Industrial Safety, Avionics, MPSOCs, NoC, Fault Tolerance, Scheduling Theory, Power Management, Dependable Systems, MIXED CRITICALITY, predictable architectures and communication, Low Power Techniques, ENERGY MINIMIZATION TECHNIQUES, Energy and Power efficiency, Low power multicore embedded systems, Fault Isolation, hypervisor
Social media links:
a.Twitter : https://twitter.com/SAFEPOWER_H2020
b.Linkdin : https://www.linkedin.com/groups/7045467
d. Website : http://safepower-project.eu/
d.ResearchGate : https://www.researchgate.net/project/SAFEPOWER
4. ننننننن نننننن نننننننن -1390
Old
:Know
ledge is Pow
er
Old
:Know
ledge is Pow
er
New :Knowledge Sharing is PowerNew :Knowledge Sharing is Power
Action, DecisionAction, Decision