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Modern processor architectures sacrifice timing predictability to improve average performance. Branch prediction, out-of-order execution, and multi-level cache hierarchies complicate accurate execution time estimates. The timing demands of Cyber Physical Systems (CPS) have led some to propose new processor architectures, including Precision Timed (PRET) processors, which simplify analysis of execution...
Modern embedded multiprocessors are complex systems that often require years to design and verify. A significant factor is that engineers must allocate a disproportionate share of their effort to ensure that modern FPGA chips architecture behave correctly. This paper proposes a design and creation of embedded multiprocessors architecture system focusing on its design area and performance. Embedded...
A 32-bit embedded Microprocessor based on the instruction set of ARMv4T architecture is designed and implemented in this paper. It adopts five-stage pipeline, implements separate instruction and data caches, contains memory management unit, and supports coprocessor instruction. This paper proposes perfect solution for the problem of data correlation, control correlation and resource correlation emerged...
Network processing devices in future, high-speed network nodes have to be capable of processing several hundred million packets per second. Additionally, they have to be easily adaptable to new processing tasks due to the introduction of new services or protocols. Field programmable gate arrays (FPGAs) and network processors are suitable devices fulfilling these requirements: The former offer configurability...
During the last years, the growing application complexity, design, and mask costs have compelled embedded system designers to increasingly consider partially reconfigurable application-specific instruction set processors (rASIPs) which combine a programmable base processor with a reconfigurable fabric. Although such processors promise to deliver excellent balance between performance and flexibility,...
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