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This paper considers a framework of electrical cyber-physical systems (ECPSs) in which each bus and branch in a power grid is equipped with a controller and a sensor. By means of measuring the damages of cyber attacks in terms of cutting off transmission lines, three solution approaches are proposed to assess and deal with the damages caused by faults or cyber attacks. Splitting incident is treated...
Combination with the RRAM analytic model with varation and the Monte Carlo simulator based on the microcosmic processes of oxygen vacancies and oxygen ion's generation, transportation and recombination, a TMO RRAM reliability simulation platform is developed to simulate and evaluate the main reliability issues of RRAM including retention, endurance, operation disturb considering the intrinsic variation.
A methodology to analyze device-to-circuit characteristics and predict memory array performance is presented. With a five- parameter characterization of the selection device and a compact model of RRAM, we are able to capture the behaviors of reported selection devices and simulate 1S1R cell/array performance with RRAM compact modeling using HSPICE. To predict the performance of the memory array for...
A comprehensive assessment methodology for the design and optimization of cross-point resistive random access memory (RRAM) arrays is developed based on a simulation platform implementing an RRAM SPICE model with intrinsic variation effects. A statistical assessment of write/read functionality and circuit reliability is performed via quantifying the impact of array-level variations on RRAM memory...
A systematic method to design a balun for impedance transformation in millimeter-wave (mm-wave) integrated circuit design is presented in this paper. The balun was designed by stacking two top metals and transmission lines, and fabricated by 90-nm RF CMOS processing. In addition, a lumped model of the balun including skin effect and substrate effect has been established. The model shows good agreement...
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