The FLPA methodology can be exploited for energy characterization of hardware components, not just CPU ones.
Furthermore, a generic FPGA emulation platform is described, which provides performance characterization through hardware-accelerated Monte Carlo simulations.
The design of such a spectrometer and hardware characterization by EPR experiments are discussed.
Detailed network latency simulation and hardware characterization demonstrate that VBON can provide the ideal interconnect for a broad spectrum of unicast and multicast scenarios and achieve these benefits with inexpensive extensions to current NoC router.
Detailed network latency simulations and hardware characterizations demonstrate that the virtual bus on-chip network can provide the ideal interconnect for a broad spectrum of unicast and multicast scenarios and can achieve these benefits with inexpensive extensions to current NoC routers.
The method provides insight regarding the role of decomposition in fault-tolerant algebraic machines and results in a general, hardware-independent characterization of concurrent error detection and correction in finite semiautomata.
Examples of application of CFD techniques to laboratory-scale and industrial scale freeze-drying processes are discussed with an emphasis on the utility of CFD for improvement of design and experimental characterization of pharmaceutical freeze-drying hardware and processes.
The models are based on measurements on the hardware platform OMAP35x EVM board and allow the characterization of the energy overhead of the low power OS.
A microcontroller based hardware prototype is developed to create signature patterns of appliances for characterization purposes utilizing SST in its firmware and its performance is evaluated with IEEE 1459-2010 dataset.
Accurate characterization of parameters that influence indoor environments is often limited to the use of proprietary hardware and software, which can adversely affect costs, flexibility, and data integration.
