Hardware virtualization support for shared resources in mixed-criticality multicore systems. - Oliver Sander; Timo Sandmann; Viet Vu Duy; Steffen Bähr; Falco Bapp; Jürgen Becker 001; Hans-Ulrich Michel; Dirk Kaule; Daniel Adam; Enno Lübbers; Jürgen Hairbucher; Andre Oliver Richter; et al. (DATE, 2014)

A flexible interface architecture for reconfigurable coprocessors in embedded multicore systems using PCIe Single-root I/O virtualization. - Oliver Sander; Steffen Baehr; Enno Lübbers; Timo Sandmann; Viet Vu Duy; Jürgen Becker 001 (FPT, 2014)

Virtualization Support for FPGA-Based Coprocessors Connected via PCI Express to an Intel Multicore Platform. - Viet Vu Duy; Timo Sandmann; Steffen Baehr; Oliver Sander; Jürgen Becker 001 (IPDPS Workshops, 2014)

Architectural measures against radiation effects in multicore SoC for safety critical applications. - Oliver Sander; Falco Bapp; Timo Sandmann; Viet Vu Duy; Steffen Bähr; Jürgen Becker 001 (MWSCAS, 2014)

Enabling partial reconfiguration for coprocessors in mixed criticality multicore systems using PCI express single-root I/O virtualization. - Viet Vu Duy; Oliver Sander; Timo Sandmann; Steffen Bähr; Jan Heidelberger; Jürgen Becker 001 (ReConFig, 2014)

Two Architecture Approaches for MILS Systems in Mobility Domains (Automobile, Railway and Avionik). - Daniel Adam; Sergey Tverdyshev; Carsten Rolfes; Timo Sandmann (MILS@HiPEAC, 2015)

On-demand reconfiguration for coprocessors in mixed criticality multicore systems. - Viet Vu Duy; Oliver Sander; Timo Sandmann; Jan Heidelberger; Steffen Baehr; Jürgen Becker 001 (HPCS, 2015)

Programmable Logic as Device Virtualization Layer in Heterogeneous Multicore Architectures. - Falco K. Bapp; Oliver Sander; Timo Sandmann; Hannes Stoll; Jürgen Becker 001 (ARC, 2016)

Hardware/software trade-offs for shared resources virtualization in mixed-criticality automotive multicore systems. - Timo Sandmann; Andre Oliver Richter; Johann Heyszl; Enno Lübbers (it Inf. Technol., 2017)

Leveraging the Partial Reconfiguration Capability of FPGAs for Processor-Based Fail-Operational Systems. - Tobias Dörr; Timo Sandmann; Florian Schade; Falco K. Bapp; Jürgen Becker 001 (ARC, 2019)

A Formal Model for the Automatic Configuration of Access Protection Units in MPSoC-Based Embedded Systems. - Tobias Dörr; Timo Sandmann; Jürgen Becker 001 (DSD, 2020)

An Approach to Cost-Efficient Fault Tolerance in Inherently Redundant Fail-Operational Systems. - Tobias Dörr; Timo Sandmann; Patrick Friederich; Arnd Leitner; Jürgen Becker 001 (DSD, 2020)

Employing the Concept of Multilevel Security to Generate Access Protection Configurations for Automotive On-Board Networks. - Tobias Dörr; Timo Sandmann; Hannes Mohr; Jürgen Becker 001 (DSD, 2021)

Model-based configuration of access protection units for multicore processors in embedded systems. - Tobias Dörr; Timo Sandmann; Jürgen Becker 001 (Microprocess. Microsystems, 2021)

Achieving cost-efficient fail-operational behavior based on inherent redundancy at the system level. - Tobias Dörr; Timo Sandmann; Patrick Friederich; Arnd Leitner; Jürgen Becker 001 (Microprocess. Microsystems, 2021)

Hardware Support for Predictable Resource Sharing in Virtualized Heterogeneous Multicores. - Timo Sandmann; Jürgen Becker 001 (DSD, 2022)

Using Trace Data for Run-Time Optimization of Parallel Execution in Real-Time Multi-Core Systems. - Florian Schade; Timo Sandmann; Jürgen Becker 001; Henrik Theiling (RTCSA, 2022)