We present a scalable architecture for multiple self-contained systems on FPGAs. ... We use secure bus bridges that offer hardware-enforced domain partitioning.
We present a scalable architecture for multiple self-contained systems on FPGAs. · We use secure bus bridges that offer hardware-enforced domain partitioning.
A formal model and a corresponding design methodology are presented that allows developers to specify access permissions and information flow requirements ...
Feb 22, 2014 · Integration of multiple critical software functions in a single embedded platform requires domain partitioning. Groups of independent software ...
A multi-core FPGA-based SoC architecture with domain segregation ...
www.researchgate.net › ... › SoC
Scalability Evaluation of an FPGA-Based Multi-Core Architecture with Hardware-Enforced Domain Partitioning. Article. Feb 2014; MICROPROCESS MICROSY.
Scalability evaluation of an FPGA-based multi-core architecture with hardware-enforced domain partitioning. Microprocessors and Microsystems. 38:845-859 ...
We present a scalable architecture for multiple self-contained systems on FPGAs.We use secure bus bridges that offer hardware-enforced domain partitioning.
Scalability evaluation of an FPGA-based multi-core architecture with hardware-enforced domain partitioning. Microprocess. Microsystems 38(8): 845-859 (2014) ...
Scalability evaluation of an FPGA-based multi-core architecture with hardware-enforced domain partitioning · An asynchronous bus bridge for partitioned multi-soc ...
In this paper we present an FPGA-based dataflow architecture that both efficiently computes parallel algorithms using dedicated FPGA resources and scales well ...